SEARCH RESULTS FOR: (*Boise State University本科成绩单<网址:ｚｊｗ２１１.ｃｏｍ>白银Natsional*)(4472 results)

The Methicillin-Resistant Staphylococcus aureus/Staphylococcus aureus (MRSA/SA) Negative Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from these organisms. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ MRSA/SA Negative Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The NATtrol™ Methicillin-Resistant Staphylococcus aureus (MRSA) Positive Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from this organism. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ MRSA Positive Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The NATtrol™ Trichomonas vaginalis (T. vaginalis) Negative Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from these organisms. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ T. vaginalis Negative Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The NATtrol™ Trichomonas vaginalis (T. vaginalis) Positive Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from these organisms. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ T. vaginalis Positive Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The NATtrol™ Group B Streptococcus (GBS) Negative Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from this organism. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ GBS Negative Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The NATtrol™ Group B Streptococcus (GBS) Positive Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from this organism. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ GBS Positive Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The NATtrol™ Norovirus GII Positive Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from this organism. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ Norovirus GII Positive Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The NATtrol™ Norovirus GI Positive Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from this organism. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ Norovirus GI Positive Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The NATtrol™ Norovirus GI/GII Positive Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from these organisms. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ Norovirus GI/GII Positive Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The NATtrol™ Influenza A/B Positive Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from these organisms. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ Influenza A/B Positive Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The NATtrol™ Influenza/RSV Negative Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from these organisms. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ Influenza/RSV Negative Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The NATtrol™ Clostridium difficile Negative Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from this organism. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ Clostridium difficile Negative Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The NATtrol™ Clostridium difficile Positive Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from this organism. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ Clostridium difficile Positive Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The NATtrol™ Chlamydia trachomatis/Neisseria gonorrhoeae (CT/NG) Negative Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from these organisms. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ CT/NG Negative Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The NATtrol™ Neisseria gonorrhoeae (NG) Positive Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from this organism. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ Neisseria gonorrhoeae Positive Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

NATtrol™ Chlamydia trachomatis (CT) Positive Control is an unassayed in vitro diagnostic external run control intended to be used with qualitative molecular assays for detection of nucleic acids from this organism. The control is intended to be used as an aid to diagnosis in that it is used to verify performance of the assays used to detect a physiological or pathological state. The routine and repetitive use of external run controls enables laboratories to monitor daily test variation, lot-to-lot test kit performance, individual operator variation, and can provide assistance in identifying increases in random or systemic errors. NATtrol™ Chlamydia trachomatis (CT) Positive Control contains intact organisms and should be run in a manner identical to that used for clinical specimens. The control does not have an assigned value and it is the responsibility of the end user to establish their own target specifications for the control using their laboratory’s molecular procedures.

The Alethia Group B Streptococcus (GBS) assay, performed on the Alethia Incubator/Reader, is a qualitative in vitro diagnostic for the detection of Streptococcus agalactiae in enriched cultures obtained from vaginal/rectal swab specimens from antepartum women. Enriched cultures are obtained by 18-24 hour incubation of vaginal/rectal swab specimens in selective broth medium, either Lim Broth, TransVag Broth or Carrot Broth. The Alethia GBS assay utilizes loop-mediated isothermal DNA amplification (LAMP) technology to detect Streptococcus agalactiae by targeting a segment of the Streptococcus agalactiae genome. Results from the Alethia GBS assay can be used as an aid in establishing the GBS colonization status of antepartum women. This assay does not diagnose or monitor treatment for GBS infections. The Alethia GBS assay does not provide susceptibility results. Culture isolates are needed for performing susceptibility testing as recommended for penicillin-allergic women. Alethia Group B Streptococcus is intended for use in hospital, reference or state laboratory settings. The device is not intended for nonlaboratory point-of-care use.

The ROTEM® delta is designed for in-vitro diagnostic use by professionals in a laboratory environ-ment. The ROTEM® delta is intended to be used to provide a qualitative and quantitative indication of the coagulation state of a blood sample. For this purpose the ROTEM® delta records the clot firmness changes in a sample of citrated whole blood as the sample clots, retracts and lyses in real time. The analyzer output consists of a qualitative graphical representation (mirrored coagulation curve - clot firmness over time) and several defined numerical parameters describing the curve quantitatively. The hep-tem® assay is a semi-quantitative in vitro diagnostic assay used to inactivate heparin in patients receiving unfractionated heparin on the ROTEM® delta. To monitor the coagulation process citrated whole blood specimens are used. Clotting characteristics are described by the functional parameters Clotting Time (CT), Speed of Clot Formation (CFT and alpha angle), Clot Firmness (A20/MCF) and Clot Lysis (LOT, ML, LI(x)).

The ROTEM® delta is designed for in-vitro diagnostic use by professionals in a laboratory environment. The ROTEM® delta is intended to be used to provide a qualitative and quantitative indication of the coagulation state of a blood sample. For this purpose the ROTEM® delta records the clot firmness changes in a sample of citrated whole blood as the sample clots, retracts and lyses in real time. The analyzer output consists of a qualitative graphical representation (mirrored coagulation curve - clot firmness over time) and several defined numerical parameters describing the curve quantitatively. The in-tem® assay is a semi-quantitative in vitro diagnostic assay used to monitor the coagulation process via the intrinsic pathway in citrated whole blood specimens on the ROTEM® delta. Clotting characteristics are described by the functional parameters Clotting Time (CT), Speed of Clot Formation (CFT and alpha angle), Clot Firmness (A20/MCF) and Clot Lysis (LOT, ML, LI(x)).

OmegaAI Image Viewer is designed to view and manipulate medical images or videos created from diagnostic imaging systems such as X-ray, Computed tomography, Nuclear medicine, MRI, Ultrasound, laboratory systems, and images from other sources such as handheld devices and cameras, endoscopy or other sources of images and videos. It can perform various image manipulation activities and store the modifications as presentation state along with the original study for future reference. OmegaAI Image Viewer allows users to perform image manipulations using the Adjustment Tools, including window level, rotate, flip, pan, stack scroll, and magnify. Notably, users have access to Markup Tools such as annotate, angle, cobb angle, probe, Mark ROI, and measurement. OmegaAI Image Viewer is also capable of organizing all the captured images for a patient and presenting them in a zero-footprint, web user interface, allowing the users to view images in their preferred layout and enabling them to compare current images with prior images of the respective patient.

Nerivio is a wireless remote electrical neuromodulation (REN) device for the acute and/or preventive treatment of migraine with or without aura in patients 8 years of age or older. This prescription device is self-applied to the upper arm and should be used in the home environment at the onset of migraine headache or aura. or every other day for preventive treatment. Nerivio utilizes an endogenous descending analgesic mechanism in which pain in one part of the body inhibits pain in multiple remote body regions (Conditioned Pain Modulation [CPM]). Nerivio is a wireless wearable battery-operated device controlled by a mobile software application. The application has a graphical user interface (GUI) that includes graphical controls that the user can select using a touch screen. This application activates the stimulation, controls the stimulation intensity, monitors the treatment duration, and pauses and terminates the stimulation. The application also provides notifications and indications on the connection state and the remaining number of treatments.

Elite Biomedical Solutions Dose Request Cord is a replacement for the BD Alaris PCA Pump Model 8120 syringe infusion pump. Elite Biomedical Solutions does not manufacture the pump. The Dose Request Cord is an accessory for the pump and is available as a replacement part. The Dose Request Cord contains a handpiece with integral cable which plugs into the mating connector on the BD Alaris PCA Pump to allow the patient to request medication within the parameters entered into the syringe/infusion pump by the healthcare provider and the designed limits on the pumps. The Elite Biomedical Solutions Dose Request Cord has the same type of construction and technological characteristics as the predicate device, which is also a replacement bolus cable. Both the subject and predicate device are equivalent to the accessories supplied with the original pump. The Dose Request Cords are passive devices that contain no powered electronic components. They are powered by the mating equipment using low voltages to detect changes in the state of the push button. Shielding and insulation of these devices is substantially equivalent to the predicate device.

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitation of the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography (sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed and simplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadout enables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment, functional limitationand impaired volitional movement due to stroke or other neurologic or orthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention is drawn to the task through a visually displayed sEMG signal and consequently used forthe initiation of the motor task. This biofeedback mechanism promotes motor learning via interactive use. In particular, stroke isone of the leading causes of adult disability, and hand rehabilitation after stroke is a very challenging part thereof. However, it iswell known that sensory signals such as visual sensory inputs reach the motor cortex and modulate motor cortex function andexcitability, and therefore can improve motor learning. Since active participation and initiation of the movement is the key tosuccess, using the biofeedback system, HOH motivates patients to actively interact with the system during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitation of the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography (sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed and simplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadout enables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment, functional limitationand impaired volitional movement due to stroke or other neurologic or orthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention is drawn to the task through a visually displayed sEMG signal and consequently used forthe initiation of the motor task. This biofeedback mechanism promotes motor learning via interactive use. In particular, stroke isone of the leading causes of adult disability, and hand rehabilitation after stroke is a very challenging part thereof. However, it iswell known that sensory signals such as visual sensory inputs reach the motor cortex and modulate motor cortex function andexcitability, and therefore can improve motor learning. Since active participation and initiation of the movement is the key tosuccess, using the biofeedback system, HOH motivates patients to actively interact with the system during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitation of the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography (sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed and simplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadout enables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment, functional limitationand impaired volitional movement due to stroke or other neurologic or orthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention is drawn to the task through a visually displayed sEMG signal and consequently used forthe initiation of the motor task. This biofeedback mechanism promotes motor learning via interactive use. In particular, stroke isone of the leading causes of adult disability, and hand rehabilitation after stroke is a very challenging part thereof. However, it iswell known that sensory signals such as visual sensory inputs reach the motor cortex and modulate motor cortex function andexcitability, and therefore can improve motor learning. Since active participation and initiation of the movement is the key tosuccess, using the biofeedback system, HOH motivates patients to actively interact with the system during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitation of the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography (sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed and simplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadout enables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment, functional limitationand impaired volitional movement due to stroke or other neurologic or orthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention is drawn to the task through a visually displayed sEMG signal and consequently used forthe initiation of the motor task. This biofeedback mechanism promotes motor learning via interactive use. In particular, stroke isone of the leading causes of adult disability, and hand rehabilitation after stroke is a very challenging part thereof. However, it iswell known that sensory signals such as visual sensory inputs reach the motor cortex and modulate motor cortex function andexcitability, and therefore can improve motor learning. Since active participation and initiation of the movement is the key tosuccess, using the biofeedback system, HOH motivates patients to actively interact with the system during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitation of the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography (sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed and simplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadout enables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment, functional limitationand impaired volitional movement due to stroke or other neurologic or orthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention is drawn to the task through a visually displayed sEMG signal and consequently used forthe initiation of the motor task. This biofeedback mechanism promotes motor learning via interactive use. In particular, stroke isone of the leading causes of adult disability, and hand rehabilitation after stroke is a very challenging part thereof. However, it iswell known that sensory signals such as visual sensory inputs reach the motor cortex and modulate motor cortex function andexcitability, and therefore can improve motor learning. Since active participation and initiation of the movement is the key tosuccess, using the biofeedback system, HOH motivates patients to actively interact with the system during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitation of the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography (sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed and simplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadout enables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment, functional limitationand impaired volitional movement due to stroke or other neurologic or orthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention is drawn to the task through a visually displayed sEMG signal and consequently used forthe initiation of the motor task. This biofeedback mechanism promotes motor learning via interactive use. In particular, stroke isone of the leading causes of adult disability, and hand rehabilitation after stroke is a very challenging part thereof. However, it iswell known that sensory signals such as visual sensory inputs reach the motor cortex and modulate motor cortex function andexcitability, and therefore can improve motor learning. Since active participation and initiation of the movement is the key tosuccess, using the biofeedback system, HOH motivates patients to actively interact with the system during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitation of the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography (sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed and simplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadout enables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment, functional limitationand impaired volitional movement due to stroke or other neurologic or orthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention is drawn to the task through a visually displayed sEMG signal and consequently used forthe initiation of the motor task. This biofeedback mechanism promotes motor learning via interactive use. In particular, stroke isone of the leading causes of adult disability, and hand rehabilitation after stroke is a very challenging part thereof. However, it iswell known that sensory signals such as visual sensory inputs reach the motor cortex and modulate motor cortex function andexcitability, and therefore can improve motor learning. Since active participation and initiation of the movement is the key tosuccess, using the biofeedback system, HOH motivates patients to actively interact with the system during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitation of the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography (sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed and simplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadout enables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment, functional limitationand impaired volitional movement due to stroke or other neurologic or orthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention is drawn to the task through a visually displayed sEMG signal and consequently used forthe initiation of the motor task. This biofeedback mechanism promotes motor learning via interactive use. In particular, stroke isone of the leading causes of adult disability, and hand rehabilitation after stroke is a very challenging part thereof. However, it iswell known that sensory signals such as visual sensory inputs reach the motor cortex and modulate motor cortex function andexcitability, and therefore can improve motor learning. Since active participation and initiation of the movement is the key tosuccess, using the biofeedback system, HOH motivates patients to actively interact with the system during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitation of the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography (sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed and simplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadout enables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment, functional limitationand impaired volitional movement due to stroke or other neurologic or orthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention is drawn to the task through a visually displayed sEMG signal and consequently used forthe initiation of the motor task. This biofeedback mechanism promotes motor learning via interactive use. In particular, stroke isone of the leading causes of adult disability, and hand rehabilitation after stroke is a very challenging part thereof. However, it iswell known that sensory signals such as visual sensory inputs reach the motor cortex and modulate motor cortex function andexcitability, and therefore can improve motor learning. Since active participation and initiation of the movement is the key tosuccess, using the biofeedback system, HOH motivates patients to actively interact with the system during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitation of the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography (sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed and simplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadout enables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment, functional limitationand impaired volitional movement due to stroke or other neurologic or orthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention is drawn to the task through a visually displayed sEMG signal and consequently used forthe initiation of the motor task. This biofeedback mechanism promotes motor learning via interactive use. In particular, stroke isone of the leading causes of adult disability, and hand rehabilitation after stroke is a very challenging part thereof. However, it iswell known that sensory signals such as visual sensory inputs reach the motor cortex and modulate motor cortex function andexcitability, and therefore can improve motor learning. Since active participation and initiation of the movement is the key tosuccess, using the biofeedback system, HOH motivates patients to actively interact with the system during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitation of the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography (sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed and simplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadout enables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment, functional limitationand impaired volitional movement due to stroke or other neurologic or orthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention is drawn to the task through a visually displayed sEMG signal and consequently used forthe initiation of the motor task. This biofeedback mechanism promotes motor learning via interactive use. In particular, stroke isone of the leading causes of adult disability, and hand rehabilitation after stroke is a very challenging part thereof. However, it iswell known that sensory signals such as visual sensory inputs reach the motor cortex and modulate motor cortex function andexcitability, and therefore can improve motor learning. Since active participation and initiation of the movement is the key tosuccess, using the biofeedback system, HOH motivates patients to actively interact with the system during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitation of the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography (sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed and simplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadout enables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment, functional limitationand impaired volitional movement due to stroke or other neurologic or orthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention is drawn to the task through a visually displayed sEMG signal and consequently used forthe initiation of the motor task. This biofeedback mechanism promotes motor learning via interactive use. In particular, stroke isone of the leading causes of adult disability, and hand rehabilitation after stroke is a very challenging part thereof. However, it iswell known that sensory signals such as visual sensory inputs reach the motor cortex and modulate motor cortex function andexcitability, and therefore can improve motor learning. Since active participation and initiation of the movement is the key tosuccess, using the biofeedback system, HOH motivates patients to actively interact with the system during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitation of the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography (sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed and simplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadout enables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment, functional limitationand impaired volitional movement due to stroke or other neurologic or orthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention is drawn to the task through a visually displayed sEMG signal and consequently used forthe initiation of the motor task. This biofeedback mechanism promotes motor learning via interactive use. In particular, stroke isone of the leading causes of adult disability, and hand rehabilitation after stroke is a very challenging part thereof. However, it iswell known that sensory signals such as visual sensory inputs reach the motor cortex and modulate motor cortex function andexcitability, and therefore can improve motor learning. Since active participation and initiation of the movement is the key tosuccess, using the biofeedback system, HOH motivates patients to actively interact with the system during an sEMG controlledtask-related training regime

CTS-BOISE (GARDEN CITY / BTB)

BOISE HEART

BOISE CARDIOVASCULAR-LF

BOISE HEART

BOISE LAP GASTRIC

BOISE HEART

CTS-BOISE (GARDEN CITY / BTB)

BOISE LAP GASTRIC

BOISE TOTAL KNEE-LF

BOISE TOTAL HIP-LF

BOISE SPINE-LF

BOISE ANEURYSM-LF

BOISE CRANI PACK

BOISE SC LAP PACK-LF

BOISE TOTAL HIP-LF