Lang English
LangId en
4TensTile TENS
4NmesTile NMES
4FesTile FES
AnyCustom_Prog Custom
AnyCustom_Prog_fullname Custom Programme
AnyCustom_Prog_more This programme allows you to customise your own treatment, it could be just one phase or up to 5 different phases. Phases are useful to specify portions of a programme with a specific time duration and type. For example you can create 10 minutes of warm up with the continuous stimulation (phase 1) and this can be followed by EMG game for voluntary training (phase 2).
AnyCustom_Prog_start 1. \\>Make sure the electrodes are placed before you begin.\\<\n2. \\>Press START button to begin the first phase. Follow on-screen prompts. You can check the progress of your programme on the top header of your screen. \\<\n3. \\>Use the on-screen button on the left to skip phases or go back to the previous phase.\\<
AnyCustom_Prog_enc Please consider suitable time schedule for your treatment, so that the goal can be achieved in a consistent way.
AnyCustom_Prog_mod Multi-phase customisable programme.
PelvicFloor6 Pelvic Floor (6)
PelvicFloor22 Pelvic Floor (22)
PelvicFloor Pelvic Floor
Rehab25 Rehab (25)
Rehab Rehab
Sports Sports
EMGCustom EMG Custom
TENScustom_P1 TENS Custom
TENScustom_P1_fullname List of 10 custom TENS programmes
TENScustom_P1_more This is a set of up to 10 Programmes which you can customise for Pain relief (TENS). Each programme can have up to 5 phases of the following phase types: CON, MOD.
TENScustom_P1_start 1. \\>Make sure the electrodes are placed before you begin.\\<\n2. \\>Press START button to begin the first phase. Follow on-screen prompts. You can check the progress of your programme on the top header of your screen. \\<\n3. \\>Use the on-screen button on the left to skip phases or go back to the previous phase.\\<
TENScustom_P1_enc Please consider suitable time schedule for your treatment, so that the goal can be achieved in a consistent way.
TENScustom_P1_mod Multi-phase customisable programme.
NMEScustom_P1 NMES Custom
NMEScustom_P1_fullname List of 10 custom NMES programmes
NMEScustom_P1_more This is a set of up to 10 Programmes which you can customise for Muscle Stimulation (NMES). Each programme can have up to 5 phases of the following phase types: CON, MOD, SYN, ALT.
NMEScustom_P1_start 1. \\>Make sure the electrodes are placed before you begin.\\<\n2. \\>Press START button to begin the first phase. Follow on-screen prompts. You can check the progress of your programme on the top header of your screen. \\<\n3. \\>Use the on-screen button on the left to skip phases or go back to the previous phase.\\<
NMEScustom_P1_enc Please consider suitable time schedule for your treatment, so that the goal can be achieved in a consistent way.
NMEScustom_P1_mod Multi-phase customisable programme.
FEScustom_P1 FES Custom
FEScustom_P1_fullname List of 10 custom FES programmes
FEScustom_P1_more This is a set of up to 10 Programmes which you can customise for Functional electro-stimulation (FES). Each programme can have up to 5 phases of the following phase types: CON, MOD, SYN, ALT, EMG, ETS.
FEScustom_P1_start 1. \\>Make sure the electrodes are placed before you begin.\\<\n2. \\>Press START button to begin the first phase. Follow on-screen prompts. You can check the progress of your programme on the top header of your screen. \\<\n3. \\>Use the on-screen button on the left to skip phases or go back to the previous phase.\\<
FEScustom_P1_enc Please consider suitable time schedule for your treatment, so that the goal can be achieved in a consistent way.
FEScustom_P1_mod Multi-phase customisable programme.
EMGCustom_P1 Your EMG
EMGCustom_P1_fullname Your EMG
EMGCustom_P1_more EMG stands for Electomyography. This is also referred as Muscle Biofeedback, when you see your muscle performance on screen. EMG serves two purposes: It is very helpful tool for voluntary contraction exercise. EMG is also an extremely useful assessment tool if you need to evaluate muscle rehabilitation progress.
EMGCustom_P1_start 1. \\>Please set up your EMG treatment: go to the programme settings screen which shows the actual values. Press the settings button below to enter the screen where you can update the values using on-screen buttons. Set up the required work and rest time, number of trials, etc. Escape by pressing the Done button. \\<\n2. \\>Connect your electrodes (probe) to the leadwire, connect the leadwire to the CH socket of your device. Please note, there is REF socket as well but the use of Reference electrode is not necessary if you can keep the device on hands constantly touching the rear metal plate with your fingers. This duplicates the reference connection. Attach two skin electrode pads to your body. Identify the muscle you want to measure. Use the electrodes placement charts to identify where the two skin electrodes should be placed. If you use the vaginal or rectal probe electrode, read the probe manual prior to insertion. \\<\n3. \\>Once the electrodes are placed, go to the EMG screen and try to relax below 4uV. If the reading of the unit is unstable and your graph does not go down, make sure: \\<\na) your threshold is set to 10uV or lower; \nb) you touch the rear metal plate and \nc) move away from electromagnetic fields: mobile phones, PC, power equipment. \n4. \\>You are ready to use EMG when you can relax below 4uV.\\<\n5. \\>Press START. Your aim is to follow the prompts. When you see the Work line, please contract as much and as high as you can until you see the Rest line. When contracting, try to hold your graph above the threshold line, but do not go above your natural limits. When relaxing, try to relax as much as you can and as quickly as possible. A good relaxation is below 4uV. This Contraction-Relaxation circle will be repeated "Trials" number of times, as per settings.\\<\n6. \\>By the end of an EMG session, the statistics will be displayed.\\<
EMGCustom_P1_enc 
EMGCustom_P1_mod This programme allows you to customise your own EMG treatment.
STIMCustom STIM Custom
STIMCustom_P1 Your STIM
STIMCustom_P1_fullname Your STIM
STIMCustom_P1_more STIM stands for Stimulation. This is also referred as NMS (Neuro-Muscular stimulation), when your muscle is contracted by a designed series of electrical impulses. STIM can be used for a wide range of physiotherapy purposes: muscle rehabilitation, muscle bulk development, and pelvic floor workout to promote continence.
STIMCustom_P1_start 1. \\>Please set up the required stimulation treatment: go to the programme settings screen which shows the actual values. Press the settings button below to enter the screen where you can update the values using on-screen buttons. Set up the required parameters (type of stimulation, frequency, pulse width, etc). Escape by pressing the Done button.\\<\n2. \\>Connect your electrodes (probe) to the leadwire, connect the leadwire to the CH socket of your device. Use the electrodes placement charts to identify where the two skin electrodes should be placed. If you use the vaginal or rectal probe electrode, read the probe manual prior to insertion.\\<\n3. \\>Once the electrodes are placed, go to the Stimulation screen. Adjust mA to begin the stimulation session.\\<
STIMCustom_P1_enc 
STIMCustom_P2 
ETSCustom ETS Custom
ETSCustom_P1 Your ETS
ETSCustom_P1_fullname Your ETS
ETSCustom_P1_more ETS stands for EMG triggered by Stimulation. Try EMG before you go to ETS, you will find that ETS is like EMG, with  one substantial difference: When you contract your muscle in ETS and reach the threshold, a stimulation will occur which helps to hold the contraction. ETS is a very powerful technique for muscular rehabilitation, especially useful for Incontinence and Stroke rehabilitation.
ETSCustom_P1_start 1. \\>Please set up your ETS treatment: go to the programme settings screen which shows the actual values. Press the settings button below to enter the screen where you can update the values using on-screen buttons. Set up the required work and rest time, number of trials, etc. Escape by pressing the Done button. \\<\n2. \\>Connect your electrodes (probe) to the leadwire, connect the leadwire to the CH socket of your device. Please note, there is REF socket as well but the use of Reference electrode is not necessary if you can keep the device on hands constantly touching the rear metal plate with your fingers. This duplicates the reference connection. Attach two skin electrode pads to your body. Identify the muscle you want to measure. Use the electrodes placement charts to identify where the two skin electrodes should be placed. If you use the vaginal or rectal probe electrode, read the probe manual prior to insertion. \\<\n3. \\>Once the electrodes are placed, go to the ETS display and try to relax below 4uV. If the reading of the unit is unstable and your graph does not go down, make sure: \\<\na) your threshold is set to 10uV or lower; \nb) you touch the rear metal plate; \nc) move away from electromagnetic fields: mobile phones, PC, power equipment. \n4. \\>You are ready to use ETS when you can relax below 4uV. Adjust mA to establish the comfortable level of stimulation.  Your aim is to follow the prompts and contract above the threshold when the device prompts to Work. When you see the Work line, please contract as much and as high as you can. If you reach the threshold, the stimulation begins automatically and helps you to hold the contraction. It is usual to contract voluntarily at the same time for better results. Do not go above your natural limits: keep the mA levels reasonable. When relaxing, try to relax as much as you can and as quickly as possible. A good relaxation is below 4uV. This Contraction-Relaxation circle will be repeated "Trials" number of times, as per settings.\\<\n5. \\>By the end of an ETS session, the statistics will be displayed.\\<
ETSCustom_P1_enc 
ETSCustom_P1_mod This programme allows you to customise your own ETS treatment.
ETSCustom_P2 
ETSCustom_P2_fullname 
Template_P1 Template 10/6
Template_P1_fullname Template: 10 sec of relaxation / 6 sec of contraction
Template_P1_more This training is ideal to get started with templates. Once this template is mastered well, you can continue to use other more demanding templates.
Template_P1_start Press START on screen and follow the template: try to keep your EMG graph (red) inside the yellow template line, or as close as possible.
Template_P1_enc Use this template on daily basis for several months, then twice a week as a follow-up to keep you in shape.
Template_P1_mod EMG Biofeedback Template
Template_P2 Template 10/3-3-3
Template_P2_fullname Template: 10 sec. of relaxation, 3 rapid contractions of 3 seconds each
Template_P2_more This training can be used for training of fast twitch fibres.
Template_P2_start Press START on screen and follow the template: try to keep your EMG graph (red) inside the yellow template line, or as close as possible.
Template_P2_enc Use this template on daily basis for several months, then twice a week as a follow-up to keep you in shape.
Template_P2_mod EMG Biofeedback Template
Template_P3 Template 10/8
Template_P3_fullname Template: 10 sec. of relaxation, 8 sec of contraction
Template_P3_more This training can be used for general training of slow twitch fibers, when the condition is improved. This template might be too difficult for the initial stage of rehabilitation, then please start from Template.1: 10/6.
Template_P3_start Press START on screen and follow the template: try to keep your EMG graph (red) inside the yellow template line, or as close as possible.
Template_P3_enc Use this template on daily basis for several months, then twice a week as a follow-up to keep you in shape.
Template_P3_mod EMG Biofeedback Template
Template_P4 Template 10/10
Template_P4_fullname Template: 10 sec. of relaxation, 10 sec of contraction
Template_P4_more This training can be used for general training of slow twitch fibers, when the condition is improved. This template might be too difficult for the initial stage of rehabilitation, then please start from Template.1: 10/6.
Template_P4_start Press START on screen and follow the template: try to keep your EMG graph (red) inside the yellow template line, or as close as possible.
Template_P4_enc Use this template on daily basis for several months, then twice a week as a follow-up to keep you in shape.
Template_P4_mod EMG Biofeedback Template
Template_P5 Custom Shape
Template_P5_fullname Custom Shape
Template_P5_more This programme allows you to draw your own custom shape of Template. For example, you can draw your relaxation curve which will go gradually down in time.
Template_P5_start Press START on screen and follow the template: try to keep your EMG graph (red) inside the yellow template line, or as close as possible.
Template_P5_enc Use this template on daily basis for several months, then twice a week as a follow-up to keep you in shape.
Template_P5_mod EMG Biofeedback Template
4PelvicTile Pelvic floor
PelvicFloor_P1 Pelvic Pain
PelvicFloor_P1_fullname Pelvic Floor Pain
PelvicFloor_P1_more There are many causes of pelvic floor pain that often coexist with other ailments such as inflammation of the bladder or intestines , constipation and urinary disorders. Pain can also be caused by recurrent, non-infectious inflammation, vaginismus, and inflammation of the coccyx or sacroiliac joints. These symptoms are often accompanied by increased pelvic muscle tone and blood circulation problems.
PelvicFloor_P1_start Application: \n1. \\>You can either use  vaginal or rectal electrode or external skin electrodes placed over the lumbo-sacral area on the lower spine. You can use one or two channels of stimulation. \\<\n2. \\>If using the vaginal probe, gently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is within the vagina. The metal plates of the electrode should face side-ways towards the thighs and the whole surface of the metal plates should make contact with the vaginal wall. Firmly fitted underwear will help to prevent the probe slipping out of place. \\<\n3. \\>The most comfortable position is lying in a semi prone position . Press + to increase intensity until a comfortable stimulation is felt. Focus on muscle relaxation during the treatment.\\<
PelvicFloor_P1_enc Use 1 - 2 times a day for 3 months. \nDo not stop treatment even if case the symptoms disappear. Regeneration of innervation and blood supply reconstruction takes time. \nThese are general guidelines. For more specific information we recommend that you seek the advice of a qualified specialist in pelvic floor therapy.
PelvicFloor_P2 Urge 1
PelvicFloor_P2_fullname Urge Incontinence 1
PelvicFloor_P2_more An Overactive Bladder is a condition that results from sudden, involuntary contraction of the muscle in the wall of the urinary bladder. Overactive bladder causes a sudden and unstoppable need to urinate (urinary urgency), even though the bladder may only contain a small amount of urine.\nThese involuntary contractions may occur in the night (one of the causes of nocturia) but also during the day. These contractions often lead to unexpected leakage of small amounts of urine.\n \nSTOP!\nIf you think your desire to urinate is abnormal, please consult your GP for referral to a specialist to establish the cause of the symptoms. Low frequency stimulation is only helpful in case of genuine OAB.\nOther causes of bladder overreaction may be present when the pudendal nerve is functioning normally, and the desire to pass urine frequently may be caused by bacterial or viral inflammation, nephrolithiasis, as well as a weak proximal bladder neck, see below.\n \nIMPORTANT!\nWith a help of specialist, please conduct the pelvic floor examination using EMG. Flaccid muscles allow the penetration of drops of urine into the urethra and cause reflex micturition. This gives the same feeling as urinary bladder OAB, but can be prevented by adequate muscle exercise and stimulation. EMG study also allows you to assess the impact of degenerative changes of the spine to the pelvic floor function.\nStimulation provides a safe, drug-free method of improved control over the mechanisms of pelvic floor function (innervation, blood circulation, muscle function). A urinary incontinence disorder specialist can undertake the appropriate examinations needed to advise you on selection of the appropriate stimulation parameters.\nA specialist can also help in determining a treatment schedule as well as periodic EMG assessment of your rehabilitation progress.
PelvicFloor_P2_start Application:\n\nThe overall rules: \n1. \\>Avoid foods and liquids which irritate the bladder. \\<\n2. \\>Try to delay the moment of voiding the bladder Do not limit fluid intake. \\<\n\nVaginal stimulation: \nGently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards thighs and  whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out ofplace.  \nSlowly adjust the intensity with +/-buttons to feel a comfortable but not discomforting level of stimulation. Do not exceed the level of 55mA. Use 1-2 times a day\n\nFunctional Stimulation: \nto stimulate the sacral micturition center, stick adhesive electrodes on either side of the spine, at the level of the sacrum. The intensity of stimulation should be clearly felt, but not to exceed 15 mA. Use 2-3 times a day.
PelvicFloor_P2_enc The suggested overall  length of therapy is 3 months.
PelvicFloor_P3 Stress 1
PelvicFloor_P3_fullname Stress Incontinence 1
PelvicFloor_P3_more Stress Incontinence is also referred as incontinence due to strain and damage on the pelvic floor nerves and muscles that support the bladder. The damage is typically caused by child delivery, weight lifting, coughing, constipation, gynaecological surgery, or degenerative changes of the spine.\nThe muscular sagging of the pelvic floor causes the gradual subsidence of the internal organs. As a result the urine leaks at a time of increased pressure on the bladder, when the internal bladder pressure is greater then the force of the urethra valve.\nUsing EMG and a probe, please check how the pelvic floor is functioning. EMG is also helpful in establishing of  influence of the degenerative changes in spine over the pelvic floor function.
PelvicFloor_P3_start Application:\n1. \\>Gently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards thighs and whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out of place.  \\<\n2. \\>Slowly adjust the intensity with +/-buttons to feel a comfortable but not discomforting level of stimulation. Do not exceed the level of 55mA.\\<\n3. \\>When the stimulation is felt, try to contract muscles and relax them over the rest time of stimulation. Don't contract  buttocks, thighs nor abdomen. Breath freely. Exercise until a fatigue is felt.\\<
PelvicFloor_P3_enc Repeat the programme 1 - 2 times a day, 4 - 5 times a week until the improvement. Keep a record of how often and how much you lose urine to see the changes. Once the improvements are noticeable, you can use more difficult programmes (with longer work time).
PelvicFloor_P4 Stress 2
PelvicFloor_P4_fullname Stress Incontinence 2
PelvicFloor_P4_more Stress Incontinenece is also referred to as incontinence due to strain and damage on the pelvic floor nerves and muscles that support the bladder. The damage is typically caused by child delivery, weight lifting, coughhing, constipation, gynaecological surgery or degenerative changes of the spine.\nThe muscular sagging of the pelvic floor causes gradual subsidance of the internal organs. As a result urine leaks at a time of increased pressure on the bladder, when the internal bladder pressure is greater then the force of the urethra valve.\nUsing EMG and a probe one can check how the pelvic floor is functioning. EMG is also helpful in establishing the  influence of the degenerative changes of the spine over the pelvic floor function.
PelvicFloor_P4_start application: \n1. \\>Gently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards thighs and whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out of place. \\<\n2. \\>Slowly adjust the intensity with +/-buttons to feel a comfortable but not discomforting level of stimulation. Do not exceed the level of 55mA. \\<\n3. \\>When stimulation is felt, try to contract muscles and relax them over the rest time of stimulation. Don't contract the buttocks, thighs nor abdomen. Breath freely and exercise until fatigue is felt.\\<
PelvicFloor_P4_enc Repeat the programme 1 - 2 times a day, 4 - 5 times a week until improvement is felt. Keep a record of how often and how much urine is lost to evaluate improvement. Once this improvement is noticeable, more difficult programmes (with longer work times) can be undertaken.
PelvicFloor_P5 Freq/Urge 1
PelvicFloor_P5_fullname Frequency/Urge 1
PelvicFloor_P5_more An Overactive Bladder is a condition that results from sudden, involuntary contraction of the muscle in the wall of the urinary bladder. Overactive bladder causes a sudden and unstoppable need to urinate (urinary urgency), even though the bladder may only contain a small amount of urine.\nThese involuntary contractions may occur in the night (one of the causes of nocturia) but also during the day. These contractions often lead to unexpected leakage of  small amounts of urine.\n\nSTOP!\nIf you think your desire to urinate is abnormal, please consult your GP for referral to a specialist to establish the cause of the symptoms. Low frequency stimulation is only helpful in case of genuine OAB. \nOther causes of bladder overreaction may be present when the pudendal nerve is functioning normally, and the desire to pass urine frequently may be caused by bacterial or viral inflammation, nephrolithiasis, as well as a weak proximal bladder neck, see below. \n\nIMPORTANT! \nWith the help of specialist, conduct the pelvic floor examination using EMG. Flaccid muscles allow the penetration of drops of urine into the urethra and cause reflex micturition. This gives the same feeling as urinary bladder OAB, but can be prevented by adequate muscle exercise and stimulation. EMG study also allows you to assess the impact of degenerative changes of the spine to the pelvic floor function. \nStimulation provides a safe, drug-free method of improved control over the mechanisms of pelvic floor function (innervation, blood circulation, muscle function). A urinary incontinence disorder specialist can undertake the appropriate examinations needed to advise you on selection of the appropriate stimulation parameters.\nA specialist can also help in determining a treatment schedule as well as periodic EMG assessment of your rehabilitation progress.
PelvicFloor_P5_start Application:\n\nThe overall rules: \n1. \\>Avoid foods and liquids which irritate the bladder. \\<\n2. \\>Try to delay the moment of voiding the bladder Do not limit fluid intake. \\<\n\nVaginal stimulation: \nGently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards thighs and whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out of place.  \nSlowly adjust the intensity with +/-buttons to feel a comfortable but not discomforting level of stimulation. Do not exceed the level of 55mA. Use 1-2 times a day\n\nFunctional Stimulation: \nto stimulate the sacral micturition centre, stick adhesive electrodes on either side of the spine, at the level of the sacrum. The intensity of stimulation should be clearly felt, but should not exceed 15 mA. Use 2-3 times a day.
PelvicFloor_P5_enc The suggested overall  length of therapy is 3 months.
PelvicFloor_P6 Freq./Urge 2
PelvicFloor_P6_fullname Frequency/Urge 2
PelvicFloor_P6_more An Overactive Bladder is a condition that results from sudden, involuntary contraction of the muscle in the wall of the urinary bladder. Overactive bladder causes a sudden and unstoppable need to urinate (urinary urgency), even though the bladder may only contain a small amount of urine.\nThese involuntary contractions may occur in the night (one of the causes of nocturia) but also during the day. These contractions often lead to unexpected leakage of  small amounts of urine.\n\nSTOP!\nIf you think your desire to urinate is abnormal, please consult  your GP for referral to a specialist to establish the cause of the symptoms. Low frequency stimulation is only helpful in case of genuine OAB. \nOther causes of bladder overreaction may be present when the pudendal nerve is functioning normally, and the desire to pass urine frequently may be caused by bacterial or viral inflammation, nephrolithiasis, as well as a weak proximal bladder neck, see below. \n\nIMPORTANT! \nWith a help of specialist, please conduct the pelvic floor examination using EMG. Flaccid muscles allow the penetration of drops of urine into the urethra and cause reflex micturition. This gives the same feeling as urinary bladder OAB, but can be prevented by adequate muscle exercise and stimulation. EMG study also allows the assessment of the impact of degenerative changes of the spine to the pelvic floor function. \nStimulation provides a safe, drug-free method of improved control over the mechanisms of pelvic floor function (innervation, blood circulation, muscle function). A urinary incontinence disorder specialist can undertake the appropriate examinations needed to advise you on selection of the appropriate stimulation parameters.\nA specialist can also help in determining a treatment schedule as well as periodic EMG assessment of your rehabilitation progress.
PelvicFloor_P6_start Application:\n\nThe overall rules: \n1. \\>Avoid foods and liquids which irritate the bladder. \\<\n2. \\>Try to delay the moment of voiding the bladder Do not limit fluid intake. \\<\n\nVaginal stimulation: \nGently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards thighs and  whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out of place.  \nSlowly adjust the intensity with +/-buttons to feel a comfortable but not discomforting level of stimulation. Do not exceed the level of 55mA. Use 1-2 times a day\n\nFunctional Stimulation: \nto stimulate the sacral micturition centre, stick adhesive electrodes on either side of the spine, at the level of the sacrum. The intensity of stimulation should be clearly felt, but not to exceed 15 mA. Use 2-3 times a day.
PelvicFloor_P6_enc The suggested overall  length of therapy is 3 months.
PelvicFloor_P7 Freq./Urge 3
PelvicFloor_P7_fullname Frequency/Urge 3
PelvicFloor_P7_more An Overactive Bladder is a condition that results from sudden, involuntary contraction of the muscle in the wall of the urinary bladder. Overactive bladder causes a sudden and unstoppable need to urinate (urinary urgency), even though the bladder may only contain a small amount of urine.\nThese involuntary contractions may occur in the night (one of the causes of nocturia) but also during the day. These contractions often lead to unexpected leakage of  small amounts of urine.\n\nSTOP!\nIf you think your desire to urinate is abnormal, please consult your GP for referral to a specialist to establish the cause of the symptoms. Low frequency stimulation is only helpful in case of genuine OAB. \nOther causes of bladder overreaction may be present when the pudendal nerve is functioning normally, and the desire to pass urine frequently may be caused by bacterial or viral inflammation, nephrolithiasis, as well as a weak proximal bladder neck, see below. \n\nIMPORTANT! \nWith a help of specialist, please conduct a pelvic floor examination using EMG. Flaccid muscles allow the penetration of drops of urine into the urethra and cause reflex micturition. This gives the same feeling as urinary bladder OAB, but can be prevented by adequate muscle exercise and stimulation. EMG study also allows the assessment of the impact of degenerative changes of the spine to the pelvic floor function. \nStimulation provides a safe, drug-free method of improved control over the mechanisms of pelvic floor function (innervation, blood circulation, muscle function). A urinary incontinence disorder specialist can undertake the appropriate examinations needed to advise you on selection of the appropriate stimulation parameters.\nA specialist can also help in determining a treatment schedule as well as periodic EMG assessment of rehabilitation progress.
PelvicFloor_P7_start Application:\n \nThe overall rules:\n1. \\>Avoid foods and liquids which irritate the bladder.\\<\n2. \\>Try to delay the moment of voiding the bladder Do not limit fluid intake.\\<\n \nVaginal stimulation:\nGently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards thighs and whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out of place. \nSlowly adjust the intensity with +/-buttons to feel a comfortable but not discomforting level of stimulation. Do not exceed the level of 55mA. Use 1-2 times a day\n \nFunctional Stimulation:\nTo stimulate the sacral micturition centre, stick adhesive electrodes on either side of the spine, at the level of the sacrum. The intensity of stimulation should be clearly felt, but should not exceed 15mA. Use 2-3 times a day.
PelvicFloor_P7_enc The suggested overall length of therapy is 3 months.
PelvicFloor_P8 Sensitivity
PelvicFloor_P8_fullname Lack of Sensitivity
PelvicFloor_P8_more Weakened pelvic muscles as well as neurological damage in the perinatal period is among the most common causes of decreased sensation over urine control and lack of vaginal sensation.
PelvicFloor_P8_start Application:\nThis is a multi-phase programme and at the end of each phase the mA intensity is lowered automatically as a safety precaution. Consequently, if you feel the stimulation level is too, press the + button to rise it to the previous level. \nNote: You can change the intensity only when the display shows more than 1 mA. \n1. \\>Gently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards thighs and whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out of place. \\<\n2. \\>Slowly adjust the intensity with +/-buttons to feel a comfortable but not discomforting level of stimulation. Do not exceed the level of 55mA.\\<
PelvicFloor_P8_enc Follow steps 1 -2 times a day, 5 - 7 times a week for about 3 months.
PelvicFloor_P9 Work Out
PelvicFloor_P9_fullname Work Out - Prophylaxis of mild muscular weakness
PelvicFloor_P9_more The pelvic floor muscles are located between your legs, and run from your pubic bone at the front to the base of your spine at the back. They are in the shape of a sling and hold your bladder and urethra (the tube that urine comes out of) in place. \nSince we walk on two legs, the pelvic floor muscle group hold in place very important organs such as the intestines, bladder,    urethra and vagina. \nThe urethra, rectum and vagina are our natural outlets which are kept in place only when our pelvic floor muscles are in good shape and react properly to intra abdominal pressure.\nWeakened muscles are common among young women after childbirth as well as women after menopause, and by the weakening of muscles associated with ageing. \nHowever it is important to note that muscle stimulation treatment has produced some very good results in women aged over 80.
PelvicFloor_P9_start Application:\nThis is a multi-phase programme and at the end of each phase the mA intensity is lowered automatically as a safety precaution. Consequently, if you feel the stimulation level to be inadequate, press the+ button to rise it to the previous level. \nNote: You can change the intensity only when the display shows more than 1 mA. \n1. \\>Gently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards thighs and whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out of place. \\<\n2. \\>Slowly adjust the intensity with the +/-buttons to feel a comfortable but not discomforting level of stimulation. Do not exceed the level of 55mA.\\<
PelvicFloor_P9_enc Follow steps 1 -2 times a day, 5 - 7 times a week for about 3 months.
PelvicFloor_P10 Endurance
PelvicFloor_P10_fullname Building up endurance and resistance to fatigue
PelvicFloor_P10_more Building up the resistance to fatigue is especially important for women whose work entails long periods of standing, or when lifting heavy objects. Furthermore, this programme plays an important part of the overall treatment of mixed and stress urinary incontinence.
PelvicFloor_P10_start Application: \n1. \\>Gently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards thighs and whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out of place. \\<\n2. \\>Slowly adjust the intensity with +/-buttons to feel a comfortable but not discomforting level of stimulation. Do not exceed the level of 55mA. \\<\n3. \\>When stimulation is felt, try to contract muscles and relax them over the rest time of stimulation. Don't contract  the buttocks, thighs or abdomen. Breath freely. Exercise until fatigue is felt.\\<
PelvicFloor_P10_enc Repeat the programme 1-2 times a day, 4-5 times a week until improvement is felt. Keep a record of how often and how much urine is lost and observe any changes. Once improvement is noticeable, more difficult programmes (with longer work time) can be employed.
PelvicFloor_P11 Relaxing
PelvicFloor_P11_fullname Relaxing the Pelvic Muscle
PelvicFloor_P11_more Long-term increased muscle tension may be a result of a habit of urine over-holding. Another reason might be due to nervous damage or blood supply disorders. This often causes difficulties with urination or bowel voiding. Among other after effects are: anal fissure, non-infectious inflammation of the pelvis, etc.
PelvicFloor_P11_start Application: \n1. \\>Gently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards thighs and whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out of place. \\<\n2. \\>Slowly adjust the intensity with the +/-buttons to feel a noticeable but not discomforting level of stimulation. Do not exceed the level of 55mA. \\<\n3. \\>When stimulation is felt, try to relax the pelvic floor consciously, but don't void the bladder or bowel. Do not contract buttocks, thighs or abdominals. Breath freely.\\<
PelvicFloor_P11_enc Repeat the programme 1-2 times a day, 4-5 times a week until improvement is felt. Keep a record of the results: less pain, quicker voiding, etc. If you notice any other symptoms of pelvic disorders, please contact a specialist to get an additional advice of your further options of treatment.
PelvicFloor_P12 Childbirth
PelvicFloor_P12_fullname Continence after Childbirth
PelvicFloor_P12_more Normally, your nerves, ligaments, and pelvic floor muscles work together to support your bladder and keep the urethra closed so urine doesn't leak out. Overstretching or injury to these areas during pregnancy or childbirth can cause them to stop working properly. The chance of having urinary incontinence is higher for mothers who have had many children, especially if they delivered vaginally. However, women who have reached menopause experience incontinence in similar numbers regardless of the number of pregnancies they had or the type of delivery. Therefore it is very important to keep your pelvic floor muscles in tune and act proactively.\nIn some cases the prolapse may occur.\nA prolapse of the pelvic floor organs (vagina, urethra, rectum,  bladder) is, in most cases a result of  serious deterioration of the pelvic floor muscular function. Sometimes a surgical intervention is necessary, which should be then followed by rehabilitation. By commencing a rehabilitation programme using this device there is a good chance the surgery may not be necessary. \nEven with a serious prolapse (grade II)  regular exercise with a mixture of stimulation and voluntary contractions using EMG and ETS could lead to  great improvement. Even if surgery is deemed necessary, your previous exercise will contribute towards a better surgery outcome and the healing process should be faster.
PelvicFloor_P12_start Application:\nPlease be advised that in case of a serious prolapse or organ displacement in women a combined vaginal and rectal probe application is more effective. \n1. \\>Gently place the clean moistened electrode probe into the vagina/rectum. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the vaginal electrode should face side-ways towards thighs and whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the vaginal probe slipping out of place.\\<\n2. \\>Adjust the threshold: The EMG threshold is displayed on the vertical scale. Press the AUTO button and contract as much as possible for 3 secs until a new threshold value is displayed. Repeat any time before starting the programme until you are comfortable with the threshold: When you contract, your EMG should go just above the threshold. \\<\n3. \\>First phase of EMG - contract the pelvic floor when you see the arrow flashing up on the screen. Relax when the arrow is flashing down. Repeat 10 times. \\<\n4. \\>Second phase of ETS - Slowly adjust the intensity with the+/- buttons to feel a noticeable but not discomforting level of stimulation. Do not exceed a level of 55mA. When the arrow is flashing up, contract the pelvic floor muscles to reach the threshold level, which should be adjusted in step 2.  Stimulation will then be triggered which helps keep the muscles contracted. When the stimulation is felt, try to contract the pelvic floor consciously. Do not contract the buttocks, thighs or abdominals. Breath freely. Repeat 15 times or until fatigue is felt.\\<\n5. \\>The third phase of EMG is similar to the first phase: please notice if your are in a better control over your pelvic floor after the second phase.\\<\n6. \\>Fourth phase of stimulation - for endurance follow-up. Please follow the same stimulation guidance as for second phase of ETS.\\<
PelvicFloor_P12_enc Repeat the programme 1-2 times a day, 4-5 times a week until improvement is felt. Keep a record of how often and how much urine is lost and observe any changes. Once  improvement is noticeable, more difficult programmes (with longer work time) can be used.
PelvicFloor_P13 Stress 3
PelvicFloor_P13_fullname Stress Incontinence 3
PelvicFloor_P13_more Stress Incontinence is also referred to as incontinence due to strain and damage to the pelvic floor nerves and muscles that support the bladder. The damage is typically caused by child delivery, lifting weights, coughing, constipation, gynaecological surgery, or degenerative changes of the spine.\nThe muscular sagging of the pelvic floor causes a gradual subsidence of the internal organs. As a result urine leakage occurs at a time of increased pressure on the bladder, when the internal bladder pressure is greater then the force of the urethra valve.\nUsing EMG and a probe, check how the pelvic floor is functioning. EMG is also helpful in establishing of influence of the degenerative changes in the spine over the pelvic floor function.
PelvicFloor_P13_start Application: \n1. \\>Gently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards thighs and whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out of place. \\<\n2. \\>Adjust the threshold: The EMG threshold is displayed on the vertical scale. Press the AUTO button and contract as much as you can for 3 secs until a new threshold value is displayed. Repeat any time before starting the programme until you are comfortable with the threshold: When contraction takes place, the EMG value should go just above the threshold. \\<\n3. \\>First phase of EMG - contract the pelvic floor when you the arrow can be seen flashing up on the screen. Relax when the arrow is flashing down. Repeat 10 times.\\<\n4. \\>Second phase of stimulation - Slowly adjust the intensity with the +/- buttons to feel a noticeable but not discomforting level of stimulation. Do not exceed the level of 55mA. When stimulation is felt, try to contract pelvic floor consciously. Do not contract the buttocks, thighs or abdominals. Breath freely.\\<\n5. \\>the third phase of EMG is similar to the first phase: please notice if your are in a better control over your pelvic floor after the second phase.\\<\n6. \\>Fourth phase of stimulation is similar to the second phase: please follow the same instructions\\<\n7. \\>Fifth phase of EMG is similar to the first and third phase: please notice if you are in  better control now, which often happens when your muscles were warmed up.\\<
PelvicFloor_P13_enc Repeat the programme 1-2 times a day, 4-5 times a week until an improvement is felt. Keep a record of how often and how much urine is lost observe any changes. Once the improvement is noticeable, more difficult programmes (with longer work time) can be employed.
PelvicFloor_P14 Stress 4
PelvicFloor_P14_fullname Stress Incontinence 4
PelvicFloor_P14_more Stress Incontinence is also referred  to as incontinence due to strain and damage to the pelvic floor nerves and muscles that support the bladder. The damage is typically caused by child delivery, lifting weights, coughing, constipation, gynaecological surgery, or degenerative changes of the spine.\nThe muscular sagging of the pelvic floor causes the gradual subsidence of the internal organs. As a result urine leaks at a time of increased pressure on the bladder, when the internal bladder pressure is greater then the force of the urethra valve.\nUsing EMG and a probe, one can check how the pelvic floor is functioning. EMG is also helpful in establishing the degree of influence of degenerative changes in the spine over pelvic floor function.
PelvicFloor_P14_start Application:\n1. \\>Gently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards thighs and whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out of place. \\<\n2. \\>Adjust the threshold: The EMG threshold is displayed on the vertical display scale. Press the AUTO button and contract as much as possible for 3 secs until the new threshold value is displayed. Repeat any time before starting the programme until you are comfortable with the threshold: When you contract, your EMG should go just above the threshold. \\<\n3. \\>First phase of EMG - contract the pelvic floor when the arrow is flashing up on the screen. Relax when the arrow is flashing down. Repeat 5 times.\\<\n4. \\>Second phase of stimulation - Slowly adjust intensity with the +/- buttons to feel a noticeable but not uncomfortable level of stimulation. Do not exceed a level of 55mA. When stimulation is felt, try to contract the pelvic floor consciously. Do not contract the buttocks, thighs or abdominals. Breath freely.\\<\n5. \\>The third phase of EMG is similar to the first phase: please notice if you are in better control over your pelvic floor after the second phase.\\<\n6. \\>Fourth phase of ETS - Slowly adjust the intensity with the +/- buttons to feel a noticeable but not uncomfortable level of stimulation. Do not exceed the level of 55mA. When the arrow is flashing up, contract the pelvic floor muscles to reach the threshold level, which should be adjusted in step 2. The stimulation will be triggered which helps keep the muscles contracted. When the stimulation is felt, try to contract pelvic floor consciously. Do not contract the buttocks, thighs or abdominals. Breath freely. Repeat 5 times or until fatigue is felt.\\<\n7. \\>Fifth phase of EMG is similar to the first and third phase: please notice if control is mow better which often the case when muscles have warmed up.\\<
PelvicFloor_P14_enc Repeat the programme 1-2 times a day, 4-5 times a week until improvement is felt. Keep a record of how often and how much urine is lost and observe any changes.
PelvicFloor_P15 Urge 2
PelvicFloor_P15_fullname Urge Incontinence 2
PelvicFloor_P15_more An Overactive Bladder is a condition that results from sudden, involuntary contraction of the muscle in the wall of the urinary bladder. Overactive bladder causes a sudden and unstoppable need to urinate (urinary urgency), even though the bladder may only contain a small amount of urine.\nThese involuntary contractions may occur in the night (one of the causes of nocturia) but also during the day. These contractions often lead to unexpected leakage of small amounts of urine.\n\nSTOP!\nIf you think your desire to urinate is abnormal, please consult your GP for referral to a specialist to establish the cause of the symptoms. Low frequency stimulation is only helpful in case of genuine OAB.\nOther causes of bladder overreaction may be present when the pudendal nerve is functioning normally, and the desire to pass urine frequently may be caused by bacterial or viral inflammation, nephrolithiasis, as well as a weak proximal bladder neck, see below. \n\nIMPORTANT!\nWith a help of specialist, please conduct the pelvic floor examination using EMG. Flaccid muscles allow the penetration of drops of urine into the urethra and cause reflex micturition. This gives the same feeling as urinary bladder OAB, but can be prevented by adequate muscle exercise and stimulation. EMG study also allows you to assess the impact of degenerative changes of the spine to the pelvic floor function. \nStimulation provides a safe, drug-free method of improved control over the mechanisms of pelvic floor function (innervation, blood circulation, muscle function). A urinary incontinence disorder specialist can undertake the appropriate examinations needed to advise you on selection of the appropriate stimulation parameters.\nA specialist can also help in determining a treatment schedule as well as periodic EMG assessment of your rehabilitation progress.
PelvicFloor_P15_start Application:\n1. \\>Gently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards thighs and whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out of place.\\<\n2. \\>Adjust the threshold: The EMG threshold is displayed on the vertical scale. Press the AUTO button and contract as much as possible for 3 secs until the new threshold value is displayed. Repeat any time before starting the programme until the patient is comfortable with the threshold: when contraction occurs, the EMG should go just above the threshold.\\<\n3. \\>First phase of EMG - contract the pelvic floor when the arrow is flashing up on the screen. Relax when the arrow is flashing down. Repeat 4 times.\\<\n4. \\>Second phase of stimulation - Slowly adjust intensity with  the+/- buttons to feel a noticeable but not uncomfortable level of stimulation. Do not exceed a level of 55mA. When stimulation is felt, try to relax completely the pelvic floor muscles. Breath freely.\\<\n5. \\>Third phase of EMG is similar to the first phase: please notice if there is a better control over the pelvic floor after the second phase.\\<\n6. \\>Fourth phase of stimulation is similar to the second phase: please follow the same instructions.\\<\n7. \\>Fifth phase of EMG is similar to the first and third phase: Notice if there is now a better degree of control, which often happens when the muscles have warmed up.\\<
PelvicFloor_P15_enc Repeat the programme 1-2 times a day, 4-5 times a week until the improvement. Keep a record of how often and how much urine you lose to observe any changes.
PelvicFloor_P16 Urge 3
PelvicFloor_P16_fullname Urge Incontinence 3
PelvicFloor_P16_more This programme is slightly more difficult in its settings then P15. Please use it as a continuation of P15.
PelvicFloor_P16_start This programme is slightly more difficult in its settings then P15. Please use it as a continuation of P15. The application is thoroughly explained in P15, please start the treatment from the previous programme.
PelvicFloor_P16_enc Repeat the programme 1-2 times a day, 4-5 times a week until improvement is felt. Keep a record of how often and how much urine is lost and observe any changes.
PelvicFloor_P17 Urge 4 - maint.
PelvicFloor_P17_fullname Urge Incontinence 4 - maintenance
PelvicFloor_P17_more This programme is the last from the series of Overactive Bladder (Urge) programmes. Please use it after  previous programmes  have been used and success obtained in improving the condition . The use of this programme is to keep the patient continent and in shape, and for weekly maintenance. \nAt the beginning of the treatment, programme P2 is recommended for severe OAB. Continue to P15 for further rehabilitation.
PelvicFloor_P17_start Application: \n1. \\>Gently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards thighs and whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out of place. \\<\n2. \\>Adjust the threshold: The EMG threshold is displayed on the vertical scale. Press the AUTO button and contract as much as possible for 3 seconds until a new threshold value is displayed. Repeat any time before starting the programme until  comfortable with the threshold: when the patient contracts, EMG should rise just above the threshold.\\<\n3. \\>First phase of EMG - Contract the pelvic floor when the  arrow is flashing up on the screen. Relax when the arrow is flashing down. Repeat 6 times.\\<\n4. \\>Second phase of stimulation - Slowly adjust  intensity with the +/- buttons to feel a noticeable but not uncomfortable level of stimulation. Do not exceed a level of 55mA. When the stimulation is felt, try to relax completely the pelvic floor muscles. Breath freely.\\<\n5. \\>Third phase of EMG is similar to the first phase: please notice if there is a better control of the pelvic floor after the second phase.\\<
PelvicFloor_P17_enc Use once a week,  If  increasing symptoms of OAB are noticed after missing several weeks/month of training , start from P15 until improvement is felt. \nIf the patients condition is relatively good and  several weeks or months of maintenance training have been missed, don't increase frequency of use, but follow the once a week regime.
PelvicFloor_P18 Flaccid
PelvicFloor_P18_fullname Flaccid Pelvic Floor Muscles
PelvicFloor_P18_more Flaccid muscles, also known as hypotonicity is a condition characterized by a decrease or loss of normal muscle tone due to the deterioration of the lower motor nerve cells.
PelvicFloor_P18_start Vaginal probe instruction: \nGently place the clean moistened electrode probe into the vagina. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the electrode should face side-ways towards the thighs and the whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the probe slipping out of place.\n\nStimulation:\n1. \\>Slowly adjust intensity with the +/- buttons to feel a noticeable but not uncomfortable level of stimulation. Do not exceed a level of 55mA. This is a continuous stimulation, not for muscle contraction. This phase promotes neuroconductivity improvement and neuromuscular toning. At the same time the conditions are created for the inhibition of bladder over activity. \\<\n2. \\>If you do not feel the stimulation at a rate of 55 mA, stop treatment and consult with your therapist.  \\<\n\nETS:\nWhen in ETS phase, which is a voluntary contraction combined with stimulation, keep the probe in place and make sure the reference REF electrode is connected for the the precise EMG measurement. Try to relax below 4uV and then press mA+ to begin ETS treatment by adjusting the stimulation intensity. \n\nGeneral practice: Use this programme twice or tree times a day, 4-6 days a week for 3 months. A consistent and regular programme will optimise results.
PelvicFloor_P18_enc Repeat the programme 2-3 times a day, 4-6 times a week. Keep using for a minimum of 3 months until improvement is felt. Make an appointment with your therapist for EMG evaluation and assessment.
PelvicFloor_P19 Weak
PelvicFloor_P19_fullname Weak Pelvic Floor Muscles
PelvicFloor_P19_more This programme , based on ETS, is found to be very effective in paretic muscles development. \nThe pelvic floor muscles are located between the legs, and run from the pubic bone at the front to the base of the spine at the back. They are in the shape of a sling and hold the bladder and urethra in place. \nSince we walk on two legs, the pelvic floor muscle group hold in place very important organs such as the intestines, bladder, urethra and vagina. \nThe urethra, rectum and vagina are our natural outlets which are kept in place only when our pelvic floor muscles are in good shape and react properly to intra abdominal pressure.\nWeakened muscles are common among young women after childbirth as well as women after menopause, and by the weakening of muscles associated with ageing. \nHowever it is important to note that muscle stimulation treatment has produced some very good results in women aged over 80.
PelvicFloor_P19_start Application:\n1. \\>Gently place the clean moistened electrode probe into the vagina/rectum. Place it firmly to ensure the metal part of the probe is fully inserted. The metal plates of the vaginal electrode should face side-ways towards thighs and the whole surface of the plates should be in contact with the vaginal wall. Firmly fitted underwear helps to prevent the vaginal probe slipping out of place.\\<\n2. \\>Adjust the threshold: The EMG threshold is displayed on the vertical scale. Press the AUTO button and contract as much as possible for 3 seconds until a new threshold value is displayed. Repeat any time before starting the programme until you are comfortable with the threshold: When you contract, your EMG should go just above the threshold. \\<\n3. \\>First phase of EMG - contract the pelvic floor when you see  the arrow flashing up on the screen. Relax when the arrow is flashing down. repeat 4 times. \\<\n4. \\>Second phase of ETS - Slowly adjust the intensity with the +/- buttons to feel a noticeable but not discomforting level of stimulation. Do not exceed a level of 55mA. When the arrow is flashing up, contract the pelvic floor muscles to reach the threshold level, which should be adjusted in step2.  Stimulation will then be triggered which helps keep the muscles contracted. When the stimulation is felt, try to contract the pelvic floor consciously. Do not contract the buttocks, thighs or abdominals. Breath freely. Repeat 15 times or until fatigue is felt.\\<\n5. \\>The third and fourth phases are very similar to the initial 2 phases but the patient should try to increase the threshold values.. \\<\n6. \\>Fifth phase of stimulation - for endurance follow-up. Follow the same stimulation guidance as for second phase of ETS.\\<
PelvicFloor_P19_enc Repeat the programme 2-3 times a day, 4-6 times a week. Keep using for a minimum of 3 month until improvement is felt. Make an appointment with your therapist for EMG assessment.
4SportsTile Sports
Sports_P1 Warm Up
Sports_P1_fullname Warm Up
Sports_P1_more Gentle stimulation at the beginning of a workout is to prepare muscles, heart rate, blood pressure and body temperature for more intense activity. The warm-up session lasts about 30 minutes and consists of low intensity stimulation.
Sports_P1_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: During stimulation the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P1_enc Use whenever a warm up is required, before any serious training.
Sports_P2 Recovery
Sports_P2_fullname Active Recovery
Sports_P2_more This programme is used for muscular recovery after the efforts which led to muscular exhaustion.  It removes lactic acid from the muscles, an excess of which leads to impairment of effort and muscular pain.
Sports_P2_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: During stimulation, the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P2_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Sports_P3 Endurance
Sports_P3_fullname Endurance
Sports_P3_more This programme promotes an action of slow oxidative muscle. The targeted muscles are responsible for supporting the posture or any long term efforts of aerobic type (walking, running and cycling).
Sports_P3_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: while stimulating, the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P3_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Sports_P4 Resistance 1
Sports_P4_fullname Resistance 1
Sports_P4_more Strength training will increase both muscle strength and fatigue resistance.\nResistance 1 programme is ideal for  beginners.
Sports_P4_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: During stimulation the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P4_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Sports_P5 Resistance 2
Sports_P5_fullname Resistance 2
Sports_P5_more Resistance training works to increase muscle strength and endurance. \nResistance 2 programme is recommended for  advanced users.
Sports_P5_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: During stimulation the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P5_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Sports_P6 Resistance 3
Sports_P6_fullname Resistance 3
Sports_P6_more Resistance training works to increase muscle strength and endurance. \nResistance 3 programme is recommended for advanced users.
Sports_P6_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance 1 cm from one electrode to another: During stimulation the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P6_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Sports_P7 Resistance Str.1
Sports_P7_fullname Resistance Strength 1
Sports_P7_more Strength and resistance training improves the capability of your muscles and bones.\nTraining benefits:\n- Alleviates back pain that is due to weak muscles.\n- Improves metabolism and the body's ability to burn fat for fuel.\nResistance Strength 1 programme is great for the beginners.
Sports_P7_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: During stimulation the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P7_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Sports_P8 Resistance Str.2
Sports_P8_fullname Resistance Strength 2
Sports_P8_more Strength and resistance training improves the capability of your muscles and bones.\nBenefits of resistance training - strength training:\n- Alleviates back pain that is due to weak muscles.\n- Improves metabolism and the body's ability to burn fat for fuel.\nResistance Strength 2 programme is great for the advanced users.
Sports_P8_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: During stimulation, the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P8_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Sports_P9 Resistance Str.3
Sports_P9_fullname Resistance Strength 3
Sports_P9_more Strength and resistance training improves the capability of your muscles and bones.\nBenefits of resistance training - strength training:\n- Alleviates back pain that is due to weak muscles.\n- Improves metabolism and the body's ability to burn fat for fuel.\nResistance Strength 3 programme is recommended for advanced users.
Sports_P9_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep minimum distance of 1 cm from one electrode to another: During stimulation the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P9_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Sports_P10 Strength 1
Sports_P10_fullname Strength 1
Sports_P10_more This programme promotes an increase in the contraction strength of a muscle by gradually increasing the bulk of a muscle. This allows more strength to be generated by the muscle in a given time.\nStrength 1 programme is recommended for beginners.
Sports_P10_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a  minimum distance of 1 cm from one electrode to another: while stimulating, the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P10_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Sports_P11 Strength 2
Sports_P11_fullname Strength 2
Sports_P11_more This programme promotes an increase in contraction strength of a muscle by gradually increasing the bulk of a muscle. This enables more strength to be produced by the muscle in given time.\nStrength 2 programme is ideal for advanced users.
Sports_P11_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance 1 cm from one electrode to another: while stimulating, the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P11_enc Use for one to two sessions per day, 5 days a week for 3 months. For better results use regularly.
Sports_P12 Strength 3
Sports_P12_fullname Strength 3
Sports_P12_more This programme promotes an increase in contraction strength of a muscle by gradually increasing the bulk of a muscle. This enables more strength to be produced by the muscle in given time.\nStrength 3 programme is recommended for advanced users.
Sports_P12_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: while stimulating, the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P12_enc Use for one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Sports_P13 Max Strength 1
Sports_P13_fullname Max Strength 1
Sports_P13_more This programme promotes a gradual build up of the fast twitch fibres. The increased proportion of this type of muscles is used to generate a considerable strength needed for such disciplines as: weight lifting, wrestling, judo, ball games, sprint running, cycling etc.\nMax Strength 1 programme is ideal the beginners.
Sports_P13_start Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\n2. \\>Keep a minimum distance of1 cm from one electrode to another: while stimulating, the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P13_enc Use for one to two sessions per day, 5 days a week for 3 months. For better results use regularly.
Sports_P14 Max Strength 2
Sports_P14_fullname Max Strength 2
Sports_P14_more This programme promotes a gradual build up of the fast twitch fibres. The increased proportion of this type of muscles is used to generate a  considerable strength needed for such disciplines as: weight lifting, wrestling, judo, ball games, sprint running, cycling etc.\nMax Strength 2 programme is recommended for  advanced users.
Sports_P14_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: while stimulating, the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P14_enc Use for one to two sessions per day, 5 days a week for 3 months. For better results use regularly.
Sports_P15 Max Strength 3
Sports_P15_fullname Max Strength 3
Sports_P15_more This programme promotes a gradual build up of the fast twitch fibres. The increased proportion of this type of muscles is used to generate a considerable strength needed for such disciplines as: weight lifting, wrestling, judo, ball games, sprint running, cycling etc.\nMax Strength 3 programme is recommended for advanced users.
Sports_P15_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: while stimulating, the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P15_enc Use for one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Sports_P16 Max Strength 4
Sports_P16_fullname Max Strength 4
Sports_P16_more This programme promotes a gradual build up of the fast twitch fibres. The increased proportion of this type of muscles is used to generate the considerable strength needed for such disciplines as: weight lifting, wrestling, judo, ball games, sprint running, cycling etc.\nMax Strength 4 programme is recommended for advanced users.
Sports_P16_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: while stimulating, the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P16_enc Use for one to two sessions per day, 5 days a week for 3 months. For better results use regularly.
Sports_P17 Explosive 1
Sports_P17_fullname Explosive Force 1
Sports_P17_more Explosive Force is needed to achieve optimum muscle performance to produce maximum force in the shortest time. Prior to this training, get ready with Endurance and Resistance programmes to generate better ability to withstand heavy training. This preparation is needed to allow enough muscular energy resources in the final stage of training.    \nExplosive Force 1 programme is recommended for beginners.
Sports_P17_start Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: while stimulating, the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P17_enc Use for one to two sessions per day, 5 days a week for 3 months. For better results use regularly.
Sports_P18 Explosive 2
Sports_P18_fullname Explosive Force 2
Sports_P18_more Explosive Force is needed to achieve optimum muscle performance to produce  maximum force over the shortest time. Prior to this training, get ready with Endurance and Resistance programmes to generate better ability to withstand heavy training. This preparation is needed to allow enough muscular energy resources in the final stage of  training.   \nExplosive Force 2 programme is ideal for advanced users.
Sports_P18_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance 1 cm from one electrode to another: while stimulating, the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P18_enc Use for one to two sessions per day, 5 days a week for 3 months. For better results use regularly.
Sports_P19 Fatigue
Sports_P19_fullname Resistance to muscle fatigue
Sports_P19_more This training works towards better resistance to muscle fatigue. The muscle fatigue is a decline in ability of a muscle to generate force. The stability of force generation is needed for prolonged muscular activities. Most commonly the muscular weakness is caused by nerve’s inability to sustain a high-frequency signal for longer periods. After a period of maximum contraction, the nerve’s signal reduces in frequency and the force generated by the contraction diminishes. There is no sensation of pain or discomfort, the muscle appears to simply ‘stop listening’ and gradually cease to move. The high frequency muscular stimulation is a part of the training. It increases the nerve's ability to generate sustained, high frequency signals which allow a muscle to contract with its greatest force.
Sports_P19_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum  distance of 1 cm from one electrode to another: while stimulating, the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P19_enc Use for one to two sessions per day, 5 days a week for 3 months. For better results use regularly.
Sports_P20 Agonist
Sports_P20_fullname Agonist strengthening
Sports_P20_more Agonist are the muscles that we use for the intended movement (e.g. biceps to bend the elbow, tibialis to lift a foot, quadriceps for leg straightening at the knee, abdominals for trunk bending, etc) At the same time, the antagonist muscles which lie on the opposite side of the bone (or a spine) are stretched. Antagonists safeguard a range of motion and prevents from joint misplacement or damage. Which one is agonist and which antagonist is relevant to the motion: for the arm straightening, triceps becomes agonist (the one which does the motion) and biceps becomes antagonist (the one which limits/contra-balance the motion).\nWhen a weakness of one side of the counterbalancing muscles occurs, the weaker side should be strengthened to protect the joint and muscular power balance on both sides.\nThis programme is suitable for beginners.
Sports_P20_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: while stimulating, the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Sports_P20_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Sports_P21 Pain
Sports_P21_fullname Pain relief
Sports_P21_more This programme is for basic general purpose pain relief.\nTranscutaneous Electrical Nerve Stimulation (TENS) provides a non-invasive, drug free method of controlling acute and principally long term intractable pain. In TENS mild electrical impulses are transmitted through the skin via surface electrodes to modify the body’s pain perception. TENS does not cure problematic physiological conditions; it only helps to control the pain perception. TENS will not work for every user. Please seek advice from your Doctor.
Sports_P21_start The placement of electrodes is one of the most important parameters in achieving effective pain relief using TENS. This is best left to your Physiotherapist or Doctor to advise as to which location is most appropriate. It may transpire that various positions need to be experimented with before\nthe user finds the most effective positioning. The positioning may be via the contiguous, dermatome, myotome, motor, trigger or acupuncture points.\nDermatomes & Myotomes\nThese are areas of the body innervated by a single nerve root via the spinal cord. Each nerve root serves a known area of the skin. The dermatomes are named after the nerve root which serves it. Contiguous Placement\nThis form of electrode placement is the most common method used. It involves placing the red lead [proximal] alongside the spine where the dermatome [on which your pain lies] enters and exists. The black lead [distal] s normally placed over or near to the pain site. Your Physiotherapist or\nDoctor may direct the current to cross through the pain area or using the "bracket" system allow the current to flow on either side of the pain site through the nerve branches that supply the pain location.
Sports_P21_enc Use TENS any time when pain occurs. Try another electrodes position if the treatment does not help after 20 minutes of stimulation.
4RehabTile Rehab
Rehab_P1 Postural
Rehab_P1_fullname Postural muscle control
Rehab_P1_more This programme is suitable for slow twitch muscles development. These muscles support all types of activities of a tonic nature, slow acting - like keeping the posture, seating, holding objects in the hands, standing, etc.
Rehab_P1_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: During stimulation the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Rehab_P1_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Rehab_P2 Spinal
Rehab_P2_fullname Spinal Column
Rehab_P2_more This is a pain relief programme efficient in many cases of spinal nerve roots injuries, often\ndue to intervertebral disc degeneration. The electrodes should be placed along the spine, very close to but not on the vertebral column.\nMild and long lasting stimulation is more efficient than short tern and high intensity. \nIf used properly, TENS is found to be effective for broken nerve structural regeneration.\nIf in doubt, please consult your physiotherapist.
Rehab_P2_start 1. \\>Place the electrodes on to clean, grease-free skin. Place the electrodes along the spine: red end should be on the right side of the vertebral column, 1cm from it, near the buttock. The black end should go up on thoracic part, 1 cm from the vertebral column. This way one channel goes alongside the vertebra for about 20 - 60 cm. If your device has 2 channels of stimulation, repeat symmetrically on the left side of the vertebral column. \\<\n2. \\>Increase mA until you feel a tingling sensation. Don't make it painful or uncomfortable.\\<
Rehab_P2_enc You can use this programme upto 2 hours at a time, once the programme is finished after 30 min, press mA+ to repeat.
Rehab_P3 Paretic
Rehab_P3_fullname Paretic Extremities
Rehab_P3_more Muscle Paresis on upper or lower limbs may be due to motoneuron damage (stroke, neuron or vertebral injury, multiple sclerosis, cerebral palsy, etc). This programme promotes gradual regeneration of motoneurons and muscles after nerve damage.\nThe ETS treatment is considered to be the best follow up.
Rehab_P3_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a  minimum distance of 1 cm from one electrode to another: During stimulation the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you exceed 45 mA and don't feel anything, please contact your therapist.\\<
Rehab_P3_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Rehab_P4 Facial Palsy 1
Rehab_P4_fullname Facial Palsy 1
Rehab_P4_more Facial palsy causes disorders in facial motility such as dropped eyelids, dropped corner of the mouth corner, dropped cheek.\nThis programme is good to start with for improved metabolism as well as muscular and skin toning.\nWarning!  Facial electrodes placement and stimulation intensity control should only be carried under strict guidance of a physiotherapist. Inappropriate level of stimulation or misplaced electrodes on  facial and neck areas may cause skin burns and other serious consequences.
Rehab_P4_start Warning! Facial electrodes placement and stimulation intensity control should only be carried out under strict guidance of a physiotherapist. Inappropriate level of stimulation or misplaced electrodes on  facial and neck areas may cause skin burns and other serious consequences.\n1. \\>Please use guidance from a specialised clinician.\\<\n2. \\>Facial electrodes are in various sizes and shapes to target small tiny facial muscle groups.\\<
Rehab_P4_enc Do not over stimulate, use as prescribed. Stop using immediately in case of burns or any discomfort. Blushes are acceptable as a sign of improved blood circulation.
Rehab_P5 Facial Palsy 2
Rehab_P5_fullname Facial Palsy 2
Rehab_P5_more Facial palsy causes disorders in facial motility such as dropped eyelids, dropped corner of the mouth corner, dropped cheek.\nThis programme is a good follow up when you feel significant improvements after using the initial Facial Palsy 1 programme.\nWarning! Facial electrodes placement and stimulation intensity control should only be carried under the strict guidance of a physiotherapist. Inappropriate level of stimulation or misplaced electrodes on  facial and neck areas may cause skin burns and other serious consequences.
Rehab_P5_start Warning! Facial electrodes placement and stimulation intensity control should only be undertaken under the strict guidance of a physiotherapist. Inappropriate stimulation on facial and neck areas may cause skin burns and other serious consequences.\n1. \\>Please use guidance from a specialised clinician.\\<\n2. \\>Facial electrodes are in various sizes and shapes to target small tiny facial muscle groups.\\<
Rehab_P5_enc Do not over stimulate, use as prescribed. Stop using immediately in case of burns or any discomfort. Blushes are acceptable as a sign of improved blood circulation.
Rehab_P6 Disuse Atrophy
Rehab_P6_fullname Disuse Atrophy
Rehab_P6_more This programme is suitable for muscular regeneration after surgery or injury. You should make sure with your medical supervisor that all wounds and stitches are healed before you apply muscle stimulation. \nAfter muscular, tendon or ligament injuries, or any other long-term muscular immobilization, the disused muscle atrophy occurs. Muscular stimulation allows the selective strengthening of disused muscles.
Rehab_P6_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of1 cm from one electrode to another: During stimulation the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<
Rehab_P6_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Rehab_P7 Stroke 1
Rehab_P7_fullname After Stroke 1
Rehab_P7_more Hemorrhagic (burst blood vessel) or ischemic (blood clot) stroke causes the sudden death of neurons in the brain. A limp or spastic paralysis is often a consequence of a stroke as well as numbness, facial or limb palsy exhibited on one side of the body. \nAfter Stroke 1 programme is suitable for initial treatment until some control is gained over the paralysed muscles. \nPlease consider ETS as a follow up treatment.
Rehab_P7_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: During stimulation the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<\n4. \\>Try to contract muscles when you feel stimulation - the voluntary contraction attempt leads to quicker rehabilitation compared with passiveness during the stimulation.\\<
Rehab_P7_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Rehab_P8 Stroke 2
Rehab_P8_fullname After Stroke 2
Rehab_P8_more Hemorrhagic (burst blood vessel) or ischemic (blood clot) stroke causes the sudden death of neurons in the brain. A limp or spastic paralysis is an often a consequence of a stroke as well as numbness, facial or limb palsy exhibited on one side of the body. \nAfter Stroke 2 programme is suitable as programme Stroke 1 follow up, when some control over the muscles has been gained.\nPlease consider ETS as a follow up treatment.
Rehab_P8_start 1. \\>Place the electrodes on to clean, grease-free skin, over the selected muscles. General electrodes placement hint: The red pin should be placed on the centre of the muscle bulk. The black pin goes on the area near the distal muscle insertion (the end of a muscle which is distal [most distant] from the body centre).\\<\n2. \\>Keep a minimum distance of 1 cm from one electrode to another: During stimulation the electrodes should not touch each other.\\<\n3. \\>Increase mA until you feel a comfortable contraction. If you go over 45 mA and don't feel anything, please contact your therapist.\\<\n4. \\>Try to contract muscles when you feel stimulation - A voluntary contraction attempt leads to quicker rehabilitation compared with passiveness during the stimulation.\\<
Rehab_P8_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Rehab_P9 M. Sclerosis
Rehab_P9_fullname Multiple Sclerosis
Rehab_P9_more Multiple sclerosis (MS) is a chronic autoimmune disorder with a multifaceted etiology. It affects movement, sensation, and bodily functions. \nIt causes deterioration of nerve myelin (nerve jacket), which determines the quality of the conduction of stimuli. As a result of the disease: numbness, muscle paresis, muscle stiffness and spasticity occur, also urinary incontinence et al.
Rehab_P9_start The main purpose of this treatment is a gradual improvement of the neuromyelination disturbed by the disease. \n1. \\>Place the electrodes on to clean, grease-free skin, along the nerve routes. \\<\n2. \\>Increase mA until comfortable sensation. If you go over 45mA and don't feel anything, don't increase mA further, keep using on low 10-20mA level.\\<
Rehab_P9_enc Use one to two sessions per day, 5 days a week, per 3 months. For better results use regularly.
Pain_P1 Acute Pain - Gate Ctrl
Pain_P2 Chronic Pain - Opiate
Pain_P3 Chronic Pain - HAN
Pain_P4 Referred Pain - TP
Pain_P5 Opiate - GC - Opiate
Strength_P1 Explosive FT
Strength_P2 Endurance ST
Strength_P3 Stability STAT
Strength_P4 Stability DYN
Strength_P5 Conditioning
Strength_P6 Warm-Up
Strength_P7 WU-Endurance
Strength_P8 WU-Explosive
NMReed_P1 CNS
NMReed_P2 Sensory
NMReed_P3 Repetitive Task Prac.
NMReed_P4 Reciprocal Inhibition
NMReed_P5 Facilitate Recruitment
NMReed_P6 Contralateral Facilitation
UserProt User Protocol
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