WORKSHOPS
and CONSULTATION SERVICES
2003 and 2004 *Workshops
offering BCIA continuing education credit
Boulder Visitor's Guidehttp://www.normankoren.com/Boulder.html
| Date |
Title |
Location |
Sponsor |
2003
April 11-12
September 18-19
and
December 5-6 |
Pelvic Muscle Dysfunction (PMD)*
(Biofeedback and behavior therapies for elimination disorders and chronic
pelvic pain syndromes)
2 days, 15 hours CEU |
Boulder, CO |
Essential Contol Systems
khullett@essentialcontrol.net
http://www.essentialcontrol.net/ |
2003
By appointment |
Pelvic Muscle Dysfunction* |
Boulder,CO
or on site |
Louise E. Marks |
2003
By appointment |
BioGraph/MultiTrace Training |
Boulder, CO
or on site |
Louise E. Marks |
2004
Janurary 9 |
BioGraph/MultTrace Training*
1 day, 7 hours CEU |
Boulder, CO |
Thought Technology, Ltd |
2004
January 10-11 |
EEG Neurofeedback and Peripheral Biofeedback*
(with BioGraph software) US $425 CDN $620
2 days, 14 hours CEU |
Boulder, CO |
Thought Technolgy, Ltd. |
BIOGRAPH®
/MULTITRACE®TRAINING WORKSHOPS (1 day)
LEARN HOW TO USE YOUR BIOGRAPH®
OR MULTITRACE® SOFTWARE. CLINICAL
APPLICATIONS WILL BE SECONDARY TO MASTERY OF THE BIOGRAPH®
OR MULTITRACE® BASIC AND ADVANCED
OPERATIONS.
by Louise E. Marks, M.S., O.T.R.
January 9, 2004 Boulder,
CO
US $125 CDN $185 To enroll
in workshop contact:
Thought
Technology, Ltd.
2180 Belgrave Avenue
Montreal, Quebec, Canada, H4A 2L8
800 361-3651 / 514-489-8251
Fax: 514-489-8255
workshops@thoughttechnology.com
.
BioGraph
Training Workshop Outline
|
| Overview of BioGraph 2.1 Software
Physiological measurements
Basic controls and features of software
Main menu
Use of mouse
Display screens
Protocols
Data channels
Work/Rest
Database
Multi-media features
Advantages of Windows based software
Resources for help: on-line, manual, bug
list
ProComp+ Hardware
Connecting hardware to computer
Connecting sensors to the Procomp+
Sensor configuration
Zeroing EMG sensors
Recording a Session
Loading a display screen
Display screen categories
Selection and addition of client
Client confidential feature
Button bar controls: record, pause, stop,
audio on/off, etc.
Testing procedures: ranges, offsets, EEG
sensors
On the fly adjustments of display screens
Marking events
Saving recorded data
Viewing Recorded Data on the Report Screen
How to access the report screen
Pop-up menus
Listing of data channels
Button bar controls: T+ and T-, play,
forward, reverse, slider
Markers
Artifact rejection features
Use of segments
Thick or thin lines
Multi-linegraph settings
Color setting
Scale position: right, left
Scale size: small, medium, big
Y-range: manual, auto
Smoothing
Threshold setting for reports
Saving report screen settings for display
screen
Computing and printing statistical reports
Trend reports
|
Loading and Reviewing Previously Saved
Sessions
Display screen viewing
Protocol viewing
Building and Altering Display Screens
Screen building canvas
Instrument Toolbox
Review of each instrument
11 Max
Pop-up menu overview
F-keys
Selection of data channels from default
data channel set
Data display modes
Threshold types, manual, auto
Scaling, auto, manual
Averaging and smoothing
Instrument properties
Feedback selections for instruments: (prop.,
inv. Inhibit, clock)
Color and texture options
Instrument sizing and organization
Saving changes by overwriting screens
Creating New Data Channels
Virtual and real channel
Defining data channels
Changing channel names
Signal type assignment
Computations
Saving data channel sets
Saving data channel sets with display
screens
Building New Protocols
Record and play modes
Construction of protocol components
Screens
Audio options
Pauses
Segments for selected data reporting
Prompts: sound, text, image
Event triggered protocols
Importing bitmaps, MIDI and wave files
|
Top of page/Workshop listing
BIOFEEDBACK
ASSESSMENT AND TREATMENT
OF
PELVIC MUSCLE DYSFUNCTION (2 day)
Behavioral
therapies assisted by multimodality biofeedback for bowel and bladder disorders
and chronic pelvic pain syndromes by
Louise E. Marks, M.S. O.T.R., BCIAC. SEE COURSE OUTLINE
| BOULDER,
COLORADO
April
4-5, 2003
September
18-19, 2003
December
5-6, 2003 |
|
For
pricing and to enroll contact:
Essential Control
Systems
2760 5th St.
Boulder, CO 80304
800-537-3779/303-786-9200
fax: 303-786-9300
khullett@essentialcontrol.net |
.
Workshop
outline
|
Overview of behavioral treatments
Appropriate patient populations
Methods and modalities
Anatomy and physiology
Pelvic floor muscles
Lower urinary tract anatomy and micturition
Anorectal anatomy and defecation mechanisms
Bowel and Bladder Disorders
Types of urinary incontinence:
urge, stress, mixed, overflow, functional
Fecal incontinence
Post-prostatectomy urinary incontinence
Bladder sphincter dyssynergia
Urinary hesitancy and frequency
Chronic constipation related to a non-relaxing
puborectalis, anismus
Chronic Pelvic Pain Syndromes
Vulvodynia
Levator ani syndrome
Proctalgia fugax
IBS
|
Assesment
Intake and referral forms
Surface EMG pelvic floor muscle assessment
Rectal and vaginal sensors
Diaries: bowel, bladder, pain
Patient education with illustrations
Sterile procedures
Treatment
Treatment Planning
Therapeutic exercise assisted by EMG biofeedback
Home exercise programs with and without
home trainers
Neuromusuclar relaxations exercises assisted
by multimodal biofeedback
Bladder retraining
Bowel habit training
Dietary issues
Survey of treatment protocols
Instrumentation (Lab)
Pelvic floor muscle assessment
procedures (use of protocols)
Selection and instruction in appriopriate
biofeedback training screens
How to maximize biofeedback training,
scaling, shaping, rewards,etc.
Graph and report generation
|
Top of page/Workshop listing
Peripheral
and EEG Biofeedback (2 day)
by Louise Marks, M.S., O.T.R
January 10-11, 2004 Boulder,
CO
US
$425 CDN $620
To enroll in workshop contact:
Thought
Technology, Ltd.
2180 Belgrave Avenue
Montreal, Quebec, Canada, H4A 2L8
800 361-3651 / 514-489-8251
Fax: 514-489-8255
workshops@thoughttechnology.com
Purpose: This workshop
is designed to educate participants regarding the technical procedures
for monitoring and feedback of EEG, EMG, thermal, electrodermal, heart
rate, and respiration biofeedback modalities. Participants will be
given an overview of neurofeedback and peripheral biofeedback clinical
applications.
Workshop outline
|
Proficiency Objectives:
To know the basic neuroanatomy
of the peripheral and central nervous systems.
To become proficient in the use of the
10-20 International System of Electrode Placement.
To know the history of peripheral and EEG
biofeedback and obtain an overview of current applications and protocols
using neurofeedback and peripheral biofeedback.
To know how to monitor and provide meaningful
feedback for EMG, EEG, thermal, respiratory, electrodermal, and cardio-vascular
feedback modalities.
To learn how to generate meaningful reports
for communication with other health care professionals.
First day
Basic neuroanatomy of peripheral
and central nervous systems
Overview of biofeedback modalities
Electroencephalographic (EEG)
Frequency ranges and rhythms
Referential and bipolar recording
10-20 international system of electrode
placement
Electrodermal
Electromyography (EMG)
Bandwidths
Principles of electrode placement
Peripheral temperature
Heart rate
Blood pulse volume
Respiration
Neuromuscular relaxation training assisted
by multi-modality biofeedback
Diaphragmatic breathing and paced
respiration training
Hand warming strategies
Progressive muscle relaxation scripts
Autogenic training scripts
Guide imagery scripts
Tense/release, resistance
Stretching exercises
Alpha/theta training
Practicum
Multi-modality hookups and selection
of appropriate monitoring and feedback display screens
Second day
Respiratory sinus arrhythmia
(RSA)
Dynamic EMG
Neurofeedback clinical applications
Overview of treatment of stress related
disorders
Practicum:
Display screen design for multi-modality
feedback
Multi-modality hook-up and recording of
data
Report generation
|
Top of page/Workshop listing
INDIVIDUAL
CONSULTATION AND WORKSHOPS
by Louise Marks,
M.S., O.T.R., BCIA-C Biofeedback and EEG Neurofeedback
PELVIC MUSCLE
DYSFUNCTION AND SURFACE EMG
Behavior therapy
assisted by biofeedback for elimination disorders and chronic pelvic pain
syndromes
Learn how
to treat patients with elimination disorders and chronic pelvic pain sydromes
using biofeedback assisted behavioral methods. Consultations and/or
workshops can be tailored to your individual needs. Training is available
in Boulder, Colorado or at your facility.
A two-three day training
program is suggested which can include all or a portion of the following
components depending upon your individual requirements. Contact:
Louise Marks, M.S., O.T.R. at 303-546-6639 or by e-mail biomarks@yahoo.com.
Consultation
topics
|
Overview of behavioral treatments
Appropriate patient populations
Methods and modalities
Anatomy and physiology
Pelvic floor muscles
Lower urinary tract anatomy and micturition
Anorectal anatomy and defecation mechanisms
Bowel and Bladder Disorders
Types of urinary incontinence:
urge, stress, mixed, overflow, functional
Fecal incontinence
Post-prostatectomy urinary incontinence
Bladder sphincter dyssynergia
Urinary hesitancy and frequency
Chronic constipation related to a non-relaxing
puborectalis, anismus
Chronic Pelvic Pain Syndromes
Vulvodynia
Levator ani syndrome
Proctalgia fugax
IBS
|
Assesment
Intake and referral forms
Surface EMG pelvic floor muscle assessment
Rectal and vaginal sensors
Diaries: bowel, bladder, pain
Patient education with illustrations
Sterile procedures
Treatment
Treatment Planning
Therapeutic exercise assisted by EMG biofeedback
Home exercise programs with and without
home trainers
Neuromusuclar relaxations exercises assisted
by multimodal biofeedback
Bladder retraining
Bowel habit training
Dietary issues
Survey of treatment protocols
Instrumentation (Lab)
Pelvic floor muscle assessment
procedures (use of protocols)
Selection and instruction in appriopriate
biofeedback training screens
How to maximize biofeedback training,
scaling, shaping, rewards,etc.
Graph and report generation
|
Top of page/Workshop listing
.
BioGraph®/MultiTrace®
Individual Instruction
Maximize
the use of your biofeedback instrument with individualized instruction
via telephone consultations, in Boulder or at your site.
For details and arrangements contact:
Louise
E. Marks, M.S., O.T.R.
3478
16th Circle
Boulder,
CO 80304
Tel and Fax: 303-546-6639
BioGraph/MultiTrace
Training Outline
|
| Overview of BioGraph 2.1 Software
Physiological measurements
Basic controls and features of software
Main menu
Use of mouse
Display screens
Protocols
Data channels
Work/Rest
Database
Multi-media features
Advantages of Windows based software
Resources for help: on-line, manual, bug
list
ProComp+ Hardware
Connecting hardware to computer
Connecting sensors to the Procomp+
Sensor configuration
Zeroing EMG sensors
Recording a Session
Loading a display screen
Display screen categories
Selection and addition of client
Client confidential feature
Button bar controls: record, pause, stop,
audio on/off, etc.
Testing procedures: ranges, offsets, EEG
sensors
On the fly adjustments of display screens
Marking events
Saving recorded data
Viewing Recorded Data on the Report Screen
How to access the report screen
Pop-up menus
Listing of data channels
Button bar controls: T+ and T-, play,
forward, reverse, slider
Markers
Artifact rejection features
Use of segments
Thick or thin lines
Multi-linegraph settings
Color setting
Scale position: right, left
Scale size: small, medium, big
Y-range: manual, auto
Smoothing
Threshold setting for reports
Saving report screen settings for display
screen
Computing and printing statistical reports
Trend reports
|
Loading and Reviewing Previously Saved
Sessions
Display screen viewing
Protocol viewing
Building and Altering Display Screens
Screen building canvas
Instrument Toolbox
Review of each instrument
11 Max
Pop-up menu overview
F-keys
Selection of data channels from default
data channel set
Data display modes
Threshold types, manual, auto
Scaling, auto, manual
Averaging and smoothing
Instrument properties
Feedback selections for instruments: (prop.,
inv. Inhibit, clock)
Color and texture options
Instrument sizing and organization
Saving changes by overwriting screens
Creating New Data Channels
Virtual and real channel
Defining data channels
Changing channel names
Signal type assignment
Computations
Saving data channel sets
Saving data channel sets with display
screens
Building New Protocols
Record and play modes
Construction of protocol components
Screens
Audio options
Pauses
Segments for selected data reporting
Prompts: sound, text, image
Event triggered protocols
Importing bitmaps, MIDI and wave files
|
Top of page/Workshop
listing
ANS Clinical
Services | Marks
Products | Workshops/ Consulation|
Supervision | Louise Marks Home
e-mail:
biomarks@yahoo.com
|
