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Showing posts with label rtms. Show all posts
Showing posts with label rtms. Show all posts

Friday, October 17, 2014

A patient’s experience with rTMS…

To the readers,

As many of you know I have through the years primarily devoted my efforts toward educating and sharing my knowledge and experiences as it relates to one particular therapy option; VNS Therapy for Depression.

While I continue to do so I am also a strong vocal mental health advocate/activist for any therapy option which safely and reasonably offers the potential for wellness with minimum potential for serious side-effects. One such treatment I have been following has been TMS (Transcranial Magnetic Stimulation). I have been allowed to share some recent correspondence I’ve had with a young woman currently utilizing TMS for her depressive illness. The correspondence is self-explanatory and copied and pasted below.

Herb

 

………………………………………………………………………………………………………………………………………

Paulette (Redacted)
Oct 12 (5 days ago)

to me

Hi Herb,

On the one hand, I wish I had responded to you sooner.  On the other hand, had I been able to, I would not so desperately have needed the treatments.  I have finished my first four weeks out of six weeks of daily treatments; then I will taper from three to two  to once per week.

I was happy to have been considered eligible for the treatments, but I think the treatment is so new, they will qualify anybody just to build a data-base of outcomes.

I was told the chances were only 50% that it would work; then I was given the three strikes against me: the very strong and broad family history; my unspeakably brutal childhood; and the decades I went without treatment.  But I can clearly tell it is working.

In Ohio, rTMS is covered by Medicare and, because I am so very poor, I'm on state QMB - Qualified Medicaid Beneficiary - which picked up the co-pay that would have been around $1500.  I forget how soon, but I will be allowed at least one "tune-up."

I hope this info helps.  Feel free to respond should you like more.

Peace,

Paulette

………………………………………………………………………………………………………………………………………..

Herb <vnsdepression@gmail.com>

Oct 12 (5 days ago)

to Paulette

Dear Paulette,

I am so very glad to hear from you and more importantly I am absolutely thrilled to not only read you were able to obtain the rTMS Therapy but most importantly the fact that you're responding to the treatment.  Bravo for you that you were willing to venture forth and try something new and different.  When Joyce enrolled in the trial for VNS Therapy for Depression we had absolutely no idea of the potential efficacy for depression.  Then again, it wouldn't have made any difference to us as we were desperate and at that point anything was worth a try. 

As it turned out it was the best decision we could have made and the results for Joyce have been nothing less than remarkable.

I hope you continue to improve and that your insurance covers all your costs.

Thanks for letting me know as it makes me feel good to know others are finding relief one way or another.

I wonder if you would allow me to share our email discussions on my blog site as a means to encourage others to not give up while I also endorse patient education and encourage hope. I shall redact any reference to your email address and only leave your first name. Please do let me know and from time to time please update me on how you’re doing.

Sincerely,

Herb

Joyce and Herbert Stein

1008 Trailmore Lane

Weston, FL 33326-2816

(954) 349-8733

vnsdepression@gmail.com

http://www.vnstherapy-herb.blogspot.com

http://www.vnstherapy.wordpress.com

……………………………………………………………………………………………………………………………………………

Paulette (Redacted)

6:35 PM (4 hours ago)

to me

Hi Herb,

Thanks for your good wishes.  Yes, you may use my story in your blog.

Peace,

Paulette

Sunday, July 28, 2013

Repetitive transcranial magnetic stimulation offers relief from depression: Expert

THE TIMES OF INDIA

 

Repetitive transcranial magnetic stimulation offers relief from depression: Expert

Umesh Isalkar, TNN | Jul 28, 2013, 07.02 PM IST

PUNE: Rakesh used to feel low. Soon he lost interest in his job. He took to alcohol to feel better and things kept going downhill after his wife walked out. When he approached doctor for treatment of depression, he had already spent two years in depression.

Today, Rakesh has almost recovered and leading a normal and productive life. Thanks to a new treatment modality called repetitive transcranial magnetic stimulation (rTMS). Rakesh is just one of many suffering from depression and one of the few who got it treated.


According to WHO ( World Health Organization) report depression is going to be second leading cause for disability and India is going to have maximum number cases in world by 2020. Problem however is not the illness but lack of awareness and stigma attached to it.


"Depression if not treated can last for more than a year. Treatment is necessary as depression can lead to professional, family, financial, and physical health related complications including suicide," said psychiatrist Swapnil Deshmukh of Shreeyash Hospital who has treated Rakesh with rTMS.


Various types of treatment modalities are available depending on severity of illness including cognitive behavioural therapy (CBT), medicine, electro convulsive therapy (ECT), and latest - rTMS ( re-petitive Transcranial magnetic stimulation). All these are standard, well proved and accepted worldwide -FDA approved treatment modalities.


"Around 20% of cases are mild and can be treated with CBT itself but remaining requires medications in addition to counselling. Around 30 to 40% of depression cases can be severe, resistant to treatment, and may require long term medications in these shock treatment (ECT) is very effective," Deshmukh said.


"rTMS is a resent treatment modality in depression and other psychiatric illness in which magnetic waves can directly stimulate affected- less functioning brain areas non-invasively. It is considered to be safest, non-medicine dependent, cost effective treatment modality getting very popular in west. Combination of above mentioned treatment work better," Deshmukh said


Usually, patients with milder depression respond within 3 to 6 weeks, but severe resistant depression may take longer duration, he added.

http://timesofindia.indiatimes.com/city/pune/Repetitive-transcranial-magnetic-stimulation-offers-relief-from-depression-Expert/articleshow/21428708.cms

Tuesday, August 7, 2012

Markets for Electrostimulation Devices (Neurostimulation, Cardiac Rhythm Management, Fracture Healing and Others)

sacbee.com

This story is taken from Sacbee /

Markets for Electrostimulation Devices (Neurostimulation, Cardiac Rhythm Management, Fracture Healing and Others)

Published Monday, Aug. 06, 2012


/PRNewswire/ -- Reportlinker.com announces that a new market research report is available in its catalogue:
Markets for Electrostimulation Devices (Neurostimulation, Cardiac Rhythm Management, Fracture Healing and Others)
http://www.reportlinker.com/p0944033/Markets-for-Electrostimulation-Devices-Neurostimulation-Cardiac-Rhythm-Management-Fracture-Healing-and-Others.html#utm_source=prnewswire&utm_medium=pr&utm_campaign=Cardiovascular_Devices
Electrical and magnetic stimulation is the primary focus of this Kalorama Information Report. Rather than attempting to define and classify all of the varying electrostimulatory methods, this report groups technologies into basic categories based on application and complexity.
The audience for this report includes technical directors, business development managers, investors, and analysts who want a panoramic view, at a quantitative level, of the technology and medical applications of electrical and magnetic stimulation. This is a far-reaching field, and this report thus serves as a survey aimed at providing insight about the realm of market possibilities. Two general segments are discussed with various sub-segments included:
External Electrical Stimulation Devices:
  • Bone Growth Simulation

  • Transcutaneous Electrical Nerve Stimulation (TENS)

  • Ultrasound-Accelerated Fracture Healing

Implanted Electrical Simulation Devices
  • Bone Growth Stimulation

  • Cardiac Resynchronization Therapy

  • Deep Brain Stimulation

  • Gastric Electrical Stimulation

  • Implantable Cardiac Pacemakers

  • ImplantableCardioverter-Defibrillators

  • Sacral Nerve Stimulation

  • Spinal Cord Stimulation

  • Vagus Nerve Stimulation

Companies involved in the market are profiled to provide an understanding of today's competitive environment and marketing strategies.
Demand for both electrical and magnetic neurostimulationtechnologies is expected to grow moderately during the next few years.
TENS is commonly used for pain management.Despite controversy over the degree to which TENS is more effective than placebo in reducing pain, the market for TENS equipment continues to remain steady. Electromuscular stimulation (EMS) of muscle tissue can aid in the recuperation of overworked muscles. Technological progress continues in EMS,especially with microprocessors that allow protection against the risk of burning and elimination of electrical pain. Transcranial magnetic stimulation (TMS) is a non-invasive technique that uses an electromagnet placed on the patient's scalp to alter brain activity. Repetitive TMS (rTMS), which uses varying frequencies and intensities of magnetic fields, seems to have therapeutic value. During the previous years, rTMS has received a growing attention in the popular and scientific media. The market forecasts reflect growing professional medical acceptance. The demand of electrostimulation products based on external electrodes is expected to benefit from innovative developments in FES designed to augment movement of atrophied muscles, promote new nerve function, and provide interfaces between nerve cells and computing devices. The market for treating depression is one of the most promising applications of neurotechnology devices. The potential market opportunity is huge, with between over 20 million people in the U.S.alone who could potentially benefit.
A new group of active electrodes are underdevelopment. These can connect nerve cells to microcircuits and provide a living link between living tissues and hardware. Direct interfaces between small networks of nerve cells and microdevices are advancing the understanding of nerves and leading the way to a new generation of hybrid devices that communicate between computers and biological neural networks. There are several research teams in the U.S.and Europe that are currently working on so-called neural-silicon hybrid chips. Wireless technology could lead to the replacement of leads with small radios that can transmit and receive information and energy.
CHAPTER ONE: EXECUTIVE SUMMARY
  • Electrostimulation and Neuroprosthetic Technology Introduction

  • Scope of This Report

  • A Strong Market Foundation

  • Future Directions

  • Market Size and Projections

CHAPTER TWO: INTRODUCTION TO ELECTROSTIMULATION AND RELATED TECHNOLOGIES
  • Stimulation Therapeutics for Muscles and Nerves

  • Medical Applications of External Electrode Modalities

    • Electrical Stimulation

    • Measurement and Diagnosis

    • Stimulation by Magnetic Field Pulses

    • Ultrasonic and Short Wavelength Diathermy

  • Medical Applications of Implanted Electrode Modalities

    • Bladder Stimulators

    • Carotid Sinus Nerve Stimulation

    • Cochlear Implant

    • Deep Brain Stimulation

    • Electrical Continence

    • Electrical Nerve Stimulation

    • Pelvic Floor Stimulation

    • Phrenic Nerve Stimulation

    • Sacral Nerve Stimulation

    • Spinal Cord Stimulation

    • Vagus Nerve Stimulation

  • Characteristics of the Electrostimulation Market

    • Market Segmentation of Neurostimulation Modalities

  • Market Trends and Assumptions

  • Competitive Landscape and Issues

    • Applicable Industrial and Regulatory Codes

    • Companies in the Electrostimulation Market

  • End-User Segments

CHAPTER THREE : EXTERNAL ELECTRICAL STIMULATION DEVICES
  • Introduction

  • External Electrostimulation Technologies

  • Bone Growth Stimulation

    • Market Analysis

  • EMS, NMS, TENS

    • Transcutaneous Electrical Nerve Stimulation (TENS)

    • Early Observations of Pain Relief

    • Physiological Model Theories

    • Interferential Current

    • Galvanic Stimulation

    • Electrodes

    • Market Analysis

  • Ultrasound-Accelerated Fracture Healing

    • Market Analysis

  • Other Treatments

    • ECT

    • TMS and rTMS

  • Market Forecasts for Electrostimulation With External Electrodes

CHAPTER FOUR: IMPLANTED ELECTRICAL AND NEUROLOGICAL STIMULATION DEVICES
  • Introduction

  • Types of Implanted Electrode Systems

  • Implanted Bone Growth Stimulators

    • Market Analysis

  • Cardiac Rhythm Management

    • Cardiac Resynchronization Therapy

    • Implantable Cardiac Pacemakers

    • Implantable Cardioverter-Defibrillators

    • Market Analysis

  • Spinal Cord Stimulation (SCS)

    • Basic Implementation

    • SCS vs TENS in Pain Relief

    • Cost-Benefit Analysis of SCS

    • Market Analysis

  • Sacral Nerve Stimulation (SNS)

    • Control of Urinary Incontinence

    • Control of Fecal Incontinence

    • Market Analysis

  • Vagus Nerve Stimulation (VNS)

    • Seizure Control in Epilepsy

    • Treatment of Depression

    • Market Analysis

  • Deep Brain Stimulation (DBS)

    • Treatment of Neurological Movement Disorders

    • Market Analysis

  • Gastric Electrical Stimulation (GES)

    • Market Analysis

  • Market Analysis for Implanted Electrical and Neurological Stimulation Devices

CHAPTER FIVE: INDUSTRY TRENDS AND ISSUES
  • New Innovations

    • Brain Stimulation

    • Obstructive Sleep Apnea

    • Neurostim and Obesity

    • Implantable Therapy for Resistant Hypertension

    • Pain Therapy

    • Epilepsy

  • New Developments and Alternative Technologies

    • Magnetic Stimulation

    • Transcranial Magnetic Stimulation (TMS)

    • Magnetic Stimulation and Depression Treatment

    • Magnetic Stimulation and Neurological Trauma Therapy

    • Magnetic Stimulation and Auditory Hallucinations

    • Magnetic Stimulation and the Effects on Cerebral Blood Flow

    • TMS Potential

    • TMS/rTMS Instrument Parameters

    • Neuroprosthetics

    • Functional Electrical Stimulation (FES)

    • Bidirectional Neuroprotheses

    • Cochlear Implants

    • Retinal Implants

    • Neurostimulation for Depression

    • The Neuron–Silicon Interface

    • Physiology of EMS Applications

      • Endurance Training by Increased Oxygen Supply

      • Muscle Recovery via Increased Blood Flow

    • Muscle Diagnostics with Electromyography

    • Uncertainties in Electrostimulation Business Development Management

    • Future advancements

    • New technology challenges

CHAPTER SIX: MARKET SUMMARY
  • Total Market Overview

  • Geographical Market Analysis

CHAPTER SEVEN: COMPANY PROFILES
LIST OF EXHIBITS
CHAPTER ONE: EXECUTIVE SUMMARY
    • Summary Table: Electrical and Neurostimulation Equipment/Device Market by Application Method, 2010-2017

    • Summary Figure: Electrical and Neurostimulation Equipment/Device Market by Application Method, 2010-2017

CHAPTER TWO: INTRODUCTION TO ELECTROSTIMULATION AND RELATED TECHNOLOGIES
    • Table 2-1: Energy/Radiation Stimulation Medical Electronics Products

    • Table 2-2: Implanted Electrode Stimulation Technologies

    • Table 2-3: Market Drivers Impacting Electrostimulation Equipment Sales

    • Table 2-4: Market Restraints Limiting Electrostimulation Equipment Sales

    • Table 2-5: Standard Industrial Codes (SIC) for Electrical/Magnetic Stimulation Equipment

    • Table 2-6: North American Industry Classification System (NAICS) Codes for Electrical/Magnetic Stimulation Equipment

    • Table 2-7: Major Players by Segment, 2012

    • Table 2-8: US Healthcare Practitioners by Occupation Title, 2010

CHAPTER THREE: EXTERNAL ELECTRICAL STIMULATION DEVICES
    • Table 3-1: Electrode Stimulation Modalities with External Electrodes Type and Description

    • Table 3-2The World Market for External Bone Growth Stimulation Devices 2010-2017

    • Figure 3-1: The World Market for External Bone Growth Stimulation Devices 2010-2017

    • Table 3-3: TENS and EMS Stimulation Modes

    • Table 3-4: The World Market for TENS and EMS Devices 2010-2017

    • Figure 3-2: The World Market for TENS and EMS Devices 2010-2017

    • Table 3-5: The World Market for Ultrasound-Accelerated Fracture Healing Systems 2010-2017

    • Figure 3-3: The World Market for Ultrasound-Accelerated Fracture Healing Systems 2010-2017

    • Table 3-6: The World Market for Other External Electrostimulation Devices 2010-2017

    • Figure 3-4: The World Market for Other External Electrostimulation Devices 2010-2017

    • Table 3-7: External Electrostimulation Device Market by Product Type 2010-2017

    • Figure 3-5: External Electrostimulation Device Market by Product Type 2010-2017

    • Figure 3-6: External Electrostimulation Device Market by Product Type 2012 and 2017

CHAPTER FOUR: IMPLANTED ELECTRICAL AND NEUROLOGICAL STIMULATION DEVICES
    • Table 4-1: The World Market for Implantable Bone Growth Stimulation Devices 2010-2017

    • Figure 4-1: The World Market for Implantable Bone Growth Stimulation Devices 2010-2017

    • Table 4-2: The World Market for Implantable Cardiac Rhythm Management Devices 2010-2017

    • Figure 4-1: The World Market for Implantable Cardiac Rhythm Management Devices 2010-2017

    • Table 4-3: The World Market for Spinal Cord Stimulation Devices 2010-2017

    • Figure 4-2: The World Market for Spinal Cord Stimulation Devices 2010-2017

    • Table 4-4: The World Market for Sacral Nerve Stimulation Devices 2010-2017

    • Figure 4-3: The World Market for Sacral Nerve Stimulation Devices 2010-2017

    • Table 4-5: The World Market for Vagus Nerve Stimulation Devices 2010-2017

    • Figure 4-4: The World Market for Vagus Nerve Stimulation Devices 2010-2017

    • Table 4-6: The World Market for Deep Brain Stimulation Devices 2010-2017

    • Figure 4-5: The World Market for Deep Brain Stimulation Devices 2010-2017

    • Table 4-7: The World Market for Gastric Electrical Stimulation Devices 2010-2017

    • Figure 4-6: The World Market for Gastric Electrical Stimulation Devices 2010-2017

    • Table 4-8: Implantable Electrical and Neurological Stimulation Market by Product Segment 2010-2017

    • Figure 4-7: Implantable Electrical and Neurological Stimulation Market by Product Segment 2010-2017

    • Figure 4-8: Implantable Electrical and Neurological Stimulation Market by Product Segment 2012 and 2017

CHAPTER SIX: MARKET SUMMARY
    • Table 6-1: Electrical and Neurostimulation Equipment/Device Market by Application Method, 2010-2017

    • Figure 6-1: Electrical and Neurostimulation Equipment/Device Market by Application Method, 2010-2017

    • Figure 6-2: Electrical and Neurostimulation Equipment/Device Market by Application Method, 2012 and 2017

    • Table 6-2: Electrical and Neurostimulation Equipment/Device Market Estimated Sales by Geographic Region 2010-2017

    • Figure 6-4: Electrical and Neurostimulation Equipment/Device Market Estimated Sales by Geographic Region 2010-2017

    • Figure 6-5: Electrical and Neurostimulation Equipment/Device Market Estimated Sales by Geographic Region 2012 and 2017

To order this report: Cardiovascular Devices Industry: Markets for Electrostimulation Devices (Neurostimulation, Cardiac Rhythm Management, Fracture Healing and Others)
More Market Research Report
Check our Industry Analysis and Insights
__________________________
Contact:
Nicolas Bombourg
Reportlinker
Email: nicolasbombourg@reportlinker.com
US: (805)652-2626
Intl: +1 805-652-2626

SOURCE Reportlinker

http://www.sacbee.com/2012/08/06/4696746/markets-for-electrostimulation.html

Wednesday, March 7, 2012

The emerging use of brain stimulation treatments for psychiatric disorders.

Aust N Z J Psychiatry. 2011 Nov;45(11):923-38.

The emerging use of brain stimulation treatments for psychiatric disorders.

Source

Monash Alfred Psychiatry Research Centre, The Alfred and Monash University School of Psychology and Psychiatry, Melbourne, Victoria, Australia. paul.fi tzgerald@monash.edu

Abstract

OBJECTIVE:

The aim of this study was to review the current state of development and application of a wide range of brain stimulation approaches in the treatment of psychiatric disorders.

METHOD:

The approaches reviewed include forms of minimally invasive magnetic and electrical stimulation, seizure induction, implanted devices and several highly novel approaches in early development.

RESULTS:

An extensive range of brain stimulation approaches are now being widely used in the treatment of patients with psychiatric disorders, or actively investigated for this use. Both vagal nerve stimulation (VNS) and repetitive transcranial magnetic stimulation (rTMS) have been introduced into clinical practice in some countries. A small body of research suggests that VNS has some potentially long-lasting antidepressant effects in a minority of patients treated. rTMS has now been extensively investigated for over 15 years, with a large body of research now supporting its antidepressant effects. Further rTMS research needs to focus on defining the most appropriate stimulation methods and exploring its longer term use in maintenance protocols. Very early data suggest that magnetic seizure therapy (MST) has promise in the treatment of patients referred for electroconvulsive therapy: MST appears to have fewer side effects and may have similar efficacy. A number of other approaches including surgical and alternative forms of electrical stimulation appear to alter brain activity in a promising manner, but are in need of evaluation in more substantive patient samples.

CONCLUSIONS:

It appears likely that the range of psychiatric treatments available for patients will grow over the coming years to progressively include a number of novel brain stimulation techniques.
PMID:
22044172
[PubMed - indexed for MEDLINE]
http://www.ncbi.nlm.nih.gov/pubmed/22044172

Thursday, November 3, 2011

The emerging use of brain stimulation treatments for psychiatric disorders.

Aust N Z J Psychiatry. 2011 Nov;45(11):923-938.

The emerging use of brain stimulation treatments for psychiatric disorders.

Source

Monash Alfred Psychiatry Research Centre, The Alfred and Monash University School of Psychology and Psychiatry , The Alfred, First Floor Old Baker Building, Commercial Road, Melbourne, Victoria, 3004 , Australia.

Abstract

Objective: The aim of this study was to review the current state of development and application of a wide range of brain stimulation approaches in the treatment of psychiatric disorders. Method: The approaches reviewed include forms of minimally invasive magnetic and electrical stimulation, seizure induction, implanted devices and several highly novel approaches in early development. Results: An extensive range of brain stimulation approaches are now being widely used in the treatment of patients with psychiatric disorders, or actively investigated for this use. Both vagal nerve stimulation (VNS) and repetitive transcranial magnetic stimulation (rTMS) have been introduced into clinical practice in some countries. A small body of research suggests that VNS has some potentially long-lasting antidepressant effects in a minority of patients treated. rTMS has now been extensively investigated for over 15 years, with a large body of research now supporting its antidepressant effects. Further rTMS research needs to focus on defining the most appropriate stimulation methods and exploring its longer term use in maintenance protocols. Very early data suggest that magnetic seizure therapy (MST) has promise in the treatment of patients referred for electroconvulsive therapy: MST appears to have fewer side effects and may have similar efficacy. A number of other approaches including surgical and alternative forms of electrical stimulation appear to alter brain activity in a promising manner, but are in need of evaluation in more substantive patient samples. Conclusions: It appears likely that the range of psychiatric treatments available for patients will grow over the coming years to progressively include a number of novel brain stimulation techniques.

PMID:
22044172
[PubMed - as supplied by publisher]
http://www.ncbi.nlm.nih.gov/pubmed/22044172

Monday, September 26, 2011

mlive.com

New treatment increases brain activity to battle severe depression

Published: Monday, September 26, 2011, 6:03 AM Updated: Monday, September 26, 2011, 8:20 AM
Sue Thoms | The Grand Rapids Press
G0925MEDS02.JPGSmiling again: Phyllis Myers, of Grand Rapids, received a new, noninvasive medical treatment, called transcranial magnetic stimulation, to treat severe depression. She said the treatment, along with psychotherapy, has helped. “For people like me, there is hope, “ Myers said.
It wasn’t long ago that Phyllis Myers felt wrapped in a fog of confusion and despair.
She read obituaries and envied the people who died in car accidents. She prayed to God to spare a child from having cancer by giving it to her.
She battled her depression with every tool she could find: She took two antidepressants, saw a psychotherapist, went for daily walks and used light therapy in winter. She forced herself out of bed every morning and stayed involved in social activities.
Still, she felt “totally debilitated.” She gave up her home-based quilting business because the cognitive effects of depression left her unable to recall how to use the software for her quilting machine.
“It felt like I was spiritually abandoned,” said Myers, a petite 60-year-old Grand Rapids woman with three children and four grandchildren.
When she was offered the option of trying transcranial magnetic stimulation, a new therapy for severe depression, Myers didn’t hesitate: She said, “Sign me up.”
Today, a year after receiving treatment, she finds it difficult to describe the changes in her life.
“Unbelievable,” she said. “I’m almost back to where I was before. I’m at 90 percent.”
She leans forward over her cup of coffee and grins.
“Maybe even 95.”
She laughs.
The treatment, called TMS, is a relatively new approach to treating severe depression. Approved in 2008 by the U.S. Food and Drug Administration, it is available locally only through Psychiatric Associates of West Michigan.
Dr. Henry Mulder said he and his partner, Dr. Phil Fox, were eager to provide the treatment after following its progress through clinical trials.
G0925MEDS 01.JPGBetter treatment? Dr. Henry Mulder sits in a chair used with the transcranial magnetic stimulation device at Psychiatric Associates in Kentwood. The device, which Mulder has been using with patients for about a year, uses magnetic stimulation of the brain to treat severe depression.
“It’s really been exciting,” said Mulder, the former president of medical staff at Pine Rest Christian Mental Health Services.
The treatment involves a trans-cranial magnetic stimulator, which looks similar to an X-ray machine at a dentist’s office. It produces an electromagnetic field that pulses in and out, stimulating activity in the brain cells about an inch deep.
Mulder said MRI brain scans show it causes an immediate increase in activity in the brain’s parietal cortex, which is transmitted to the amygdala, a structure deep in the brain that is involved with mood.
“Those areas of the brain that are underactive in depression get stimulated back up to their normal activity level,” he said.
A patient usually receives 30 to 36 daily treatments, each lasting 39 minutes.
“The most improvement we see is two weeks after treatment,” Mulder said.
Treatment continues until no more progress is seen. However, some patients report improvement continues for a month or two afterward.
Mulder’s office has treated nearly 30 patients since acquiring the machine 15 months ago. Only one has come back for a refresher treatment.
“It works well with people who have failed many drug trials,” he said. “We’ve treated a lot of people who have failed three, four medication trials, or more than that.”
Finding better treatments for severe depression is crucial, Mulder said. Despite the development of new of anti-depressants and growing acceptance of medications, many patients still are debilitated by the disease.

An estimated 14 million Americans have major depression each year, and about 7.2 million receive treatment, according to a 2003 study published in the Journal of the American Medical Association, Mulder said. However, about 4 million are not adequately helped by treatment, or they cannot tolerate the side effects of medication.
For those, one alternative available is electroconvulsive therapy.
Although ECT got a bad reputation in the early days of its use, when high doses of electricity were used without anesthesia, the treatment is considered “a lifesaver” today by some patients, said Mark Eastburg, chief executive officer of Pine Rest.
ECT, which uses electrical currents to produce a brief seizure, is administered to patients under anesthesia who are temporarily paralyzed.
Studies show TMS is less than or equally as effective as electroconvulsive therapy, which also is used to treat severe depression, Mulder said. But he sees TMS as offering a couple of advantages — patients don’t have to undergo anesthesia, and they are able to drive and work immediately after treatment.
Neuronetics, the company that makes the $90,000 TMS device, has about 350 machines in use nationwide. It cites National Institutes of Health studies showing more than half of patients report significant improvement in their depression, and about a third experience complete remission.
Mulder said his statistics are better because he keeps patients on medication while undergoing treatment, so they benefit from the combined effect. The studies on the device required patients to be off medication.
“TMS stimulates the activity of the cells, and the medication improves the transmission of impulses between nerve cells, so you’re kind of hitting the same problem in two places,” Mulder said. “It definitely works better when used in combination.”
Myers was fortunate her insurer, Priority Health, covered the cost of treatments. Most insurers do not, Mulder said.
At a cost of $300 per session, a series of treatments runs $9,000 to $10,000.
When Myers underwent daily treatments, she felt a tapping sensation on her scalp. It was uncomfortable, she said, but not painful.
The results were evident almost immediately, however. Within days, she felt better. Within a couple of weeks, she launched a home-based business with her daughter making and selling granola bars.
She has not yet achieved her goal to live without medications. She still takes Cymbalta and Lexapro — although she has reduced the dose of Cymbalta.
“My psychologist recommended I stay on it through the winter, because winters are really, really hard for me,” she said.
Still, she said she is far ahead of where she was before treatment.
“I’m thrilled,” she said. “I’m just thrilled.”
E-mail Sue Thoms: sthoms@grpress.com