Category Archives: Migraines and Headaches

A Single Nerve Block May Result in Reduced Migraine Days and Increased Serotonin

Dear Pain Matters blog readers,

Feature Image sourced from:


Here is some good news for migraine sufferers:

single nerve block called a Greater Occipital Nerve Block (GON block) may lead to reduced migraine days and increased serotonin!


Specifically, an Italian study involving 17 migraine patients and 19 healthy controls found that a single Greater Occipital Nerve Block (GON block) significantly reduced the total number of migraine days per month by 35%.

The GON block offered the biggest migraine relief in 11 of 12 patients who also endured Medical Overuse Headache (MOH).  Medical Overuse Headache results from medication overuse.

Once the GON block’s effects wore off, episodic migraine returned in 8 of 17 patients.

It is thought that serotonin deficiency may contribute to migraines.

Thus, it is likely that enhanced serotonin release and increased central serotonergic tone resulted in migraineurs who enjoyed fewer migraine days following a single GON block.

The slope of the intensity dependence of auditory evoked potentials (IDAP) was significantly flatter in those patients who benefited from the GON block.  Decreased IDAP values are linked with stronger central serotonergic tone.

A flatter IDAP slope as well as migraine relief offered by a single GON block are suggestive of changes in the brain (i.e. plastic brain changes, neuroplasticity) (Viganò et al, 2018).


Migraineurs may benefit from a GON block.

Given that a single GON block led to 35% fewer migraine days per month and given that increased serotonin occurred (as indicated by a flatter IDAP slope), migraines may be (partly or fully) centrally mediated in the brain by serotonergic mechanisms.  Finally, these mechanisms may be modulated by a GON block.

A flatter IDAP slope as well as migraine relief offered by a single GON block are suggestive of changes in the brain (i.e. plastic brain changes, neuroplasticity) (Viganò et al, 2018).

All this is good news for migraine sufferers!

Sabina Walker

Blogger, Pain Matters (in WordPress)


Viganò et al. Neurophysiological correlates of clinical improvement after greater occipital nerve (GON) block in chronic migraine: relevance for chronic migraine pathophysiology. The Journal of Headache and Pain (Dec 2018). 19: 73: pages 1-9.

Now There Is An App For Migraines!

Source Of Featured Image:

Dear Pain Matters blog readers,

How exciting!! Now there are App’s to help sufferers manage their migraines and headaches more effectively!


Source of image:

For example, respected migraine researcher, Professor Hartmut Göbel, Kiel Migraine and Headache Centre, Kiel, Germany, and his team and collaborators recently developed and released Migraine App to help sufferers better manage their migraines on a day-to-day basis.


Source of image:

Professor Hartmut Göbel states that 900,000 migraine attacks arise daily in Germany including 100,000 migraines so severe that they render sufferers bedridden in dark, quiet rooms. There are more than 360 different types of headaches and migraines and this is the third most common disease affecting the nervous system after dementia and stroke. Migraines and headaches affect every second adult worldwide, with costs in Europe exceeding 43.5 Billion Euros annually.

Migraine App encourages patients to record triggers, symptoms and treatments of migraines and headaches via a Migraine Calendar and other screens. This App also helps users find migraine and headache experts in their area as well as fellow sufferers. Time and space prevents me from listing all the great features of this App and I will conclude by encouraging all migraine and headache sufferers to download Migraine App.

Being free of charge, there is nothing to lose … except maybe a migraine!  Furthermore, the privacy of patient information on Migraine App is guaranteed as the data is only stored on the patient’s own device. Being available in English and German, it is compatible with iPhone, iPad, iPod Touch and Apple Watch while an Android version is also available.

Whilst a great App, wouldn’t it be great if one day there is an App available that could zap pain away altogether??

Sabina Walker, Blogger of Pain Matters

PS Also, please refer to my blog post called ‘German Composer, Richard Wagner, His Painful Migraines And The Opera Siegfried’ for more interesting details on Dr Göbel’s amazing insight into migraines:

References (in German;  please use Google translator into English if necessary):

References From Kiel Migraine and Headache Centre, Kiel, Germany, Website:

(1) Migraine App (Schmerzklinik Kiel)

General Information

Allgemeine Informationen


Migraine App – Der neue online Migränekalender (18 April 2011)

Migraine-App für iPhone & iPad (17 August 2011)

Migraine-App Update 2014 für iPad und iPhone (2 January 2014)

Die neue Migräne-App – Die Service-Seite (1 October 2016)

Migräne und Kopfschmerzen: Digitales Selbstmanagement jetzt mit Apple Watch und Migräne-App (16 January 2017)

Die Migräne-App für Android ist da (23 February 2017)

Media References

(2) Liebram, Claudia; Eine App gegen Kopfschmerzen; Die Welt – Wissen (23 February 2017), page 20

(3) Klostermann, Ralf; Jede Dritte Frau ist betroffen – So bekommen Sie Migräne endlich in den Griff! (5 March 2017).


Headache/Migraine and Constipation – Is there a Link?

Dear Pain Matters blog readers,

A Korean study found that 25% of young patients with ongoing headaches and migraines also had constipation that, when resolved, also resulted in improved symptoms concerning their headaches/migraines.

While young patients with constipation-predominant irritable bowel syndrome (constipation-predominant IBS; IBS-C) were excluded from this study, it is reported that 25%-50% of all IBS patients also suffered from persistent migraines or headaches.

Details of Study:

A total of 96 children (46 males, 50 females; aged from 3 to 17), who were treated for ongoing headaches/migraines and followed up for >100 days, were allocated into 2 groups:

  • Group A – Children (17 males, 7 females) with ongoing headaches/migraines who also had constipation, and whose headaches/migraines improved following treatment for constipation only (n=24; 25%).  Specifically, Group A included children with:
    • Tension-type headache (including probable tension-type headache) (n=16); and
    • Migraine (including probable migraine) (n=8),


  • Group B – Children (29 males, 43 females) whose headaches/migraines were not linked with constipation (n=72; 75%).


The Korean study found that the headaches/migraines automatically improved in all young headache/migraine patients following resolution of constipation, where their constipation was linked with their headaches/migraines in the first place (n=24/96, or 25% of all young patients).

This suggests a possible link between headache/migraine and constipation in ~25% of young patients (Park et al, 2015).

This is a sobering revelation, and one that should not be ‘glossed-over’ nor overlooked.  Instead, research should explore whether constipation (including constipation in IBS patients) may be linked with chronic headaches/migraines in some patients.

As a starting point, clinicians are urged to always ask their headache/migraine patients whether they also have constipation.  

Sabina Walker

“Sedare dolorem divinum opus est”
“It is divine to alleviate pain”

Galen, 130-200 C.E.


Park M-N, Choi M-G, You SJ.

The relationship between primary headache and constipation in children and adolescents.

Korean Journal of Pediatrics. 2015;58(2):60-63.


An Ethiopian-American Woman’s Migraines Eliminated By Traditional Chinese Medicine (Acupuncture, Improved Diet and Enemas)

Source of Featured Image (above):×1200/

Dear Pain Matters blog readers,

An Ethiopian-American woman (32) suffered severe migraines every 7-10 days for 10 years.  She rated her painful migraine attacks as being ’10 out of 10′ (based on a pain scale).  During her regular migraine attacks, she had sharp pain, extreme sensitivity to light and sound, altered vision including auras, a ‘heavy’ feeling, dizziness, weekly nausea and vomiting, irritability and a longing to lie very still in a dark and quiet room.  The migraines were frequently on her right side of her head.

Imaging was done 2 years earlier to rule out any abnormalities, and the patient had no previous major illness (nor any family history thereof) or surgeries.  She did not take any medications or nutritional supplements.

Traditional Chinese Medicine (TCM) Treatment:

A Traditional Chinese Medicine (TCM) diagnosis (including analysis of tongue, sublingual vein and Chinese pulse) in October 2011 revealed cold hands and cold feet with a warmer middle body.  She sweated easily, and suffered allergies, sinus congestion as well as weekly nausea, vomiting and painful migraines.

The patient’s diet was high in fat and sodium/salt, and included food cravings such as chocolate, ice cream and fatty fried foods.

She was constipated 1-2 times a week that included occasional blood in the toilet caused by excess strain in her attempt to clear bowels.

She had stress, anxiety and an irregular menstrual cycle (perhaps linked to her migraines and constipation).

The patient was offered TCM treatment for 6-8 weeks involving:

  • Acupuncture (20 minutes per session, done weekly for 6 weeks).  The needles were inserted and manipulated until the patient felt a ‘dull pulling’ sensation (‘de qi’) at the needle insertion site;
  • Diet changes.  Diet changes included sodium/salt intake not exceeding 3 grams a day and replacing all fatty fried food with organic fruits and vegetables plus fresh fish and chicken; and
  • Chinese herbal- and coffee-based enemas (heated to 98.9 ℃, for her chronic constipation).  One enema treatment was done during the first week, 2 enemas during the 2nd week and 3 enemas during the 3rd week.  The enemas help to (1) clear the colon of toxic feces and bacteria and (2) dilate the gall bladder and liver ducts (via caffeine) to promote a generous release of bile.  Removal of toxins via enemas (i.e. to reverse constipation) may promote self-healing mechanisms, hence reduce the incidence of, or eliminate, severe migraines.


After the 1st week of TCM treatment, the patient’s severe migraine was reduced from a migraine to a headache (pain rating = ‘5 out of 10’).  She felt ‘better and less bloated’ after the 1st enema.

After her 2nd week, the patient’s sinus congestion improved, and her headache was milder and shorter in duration.

After her 3rd enema during her 3rd week, the patient had a full bowel movement and felt much better.  Just prior to this bowel movement, the patient had a right temple-area headache.

By her 4th week, she felt improvement in general.  She mistakenly ‘celebrated’ this milestone by indulging in fatty fried food (that she had avoided for 3 weeks).  She immediately suffered a migraine on her right side of her head, followed by vomit of green bile and acid reflux.

During her 5th week, she (once again) avoided fatty fried food and returned to 3 enemas per week.  Her headache was rated as ‘3 out of 10’, and her sinus congestion improved.

Following 6 weeks of acupuncture, the patient continued with her improved diet and enemas in her own home.

She returned for a follow-up visit 8 months later, and stated that her new and improved diet plus her ongoing enemas had changed her life for the better.  She can now go on holidays without worrying about migraines.  A food and migraine journal helped her monitor any food products that triggered any new migraines, hence enabling her to avoid these food items in the future.

For the first time in 10 years, and following strict compliance with TCM treatment, the patient finally experienced lasting relief from her severe and painful migraines. 


Fatty fried food and chronic constipation had (likely) triggered the woman’s severe and chronic migraines in the first place.

Acupuncture for 6 weeks offered many benefits including restoring energy flow in her body.

Making a life-long commitment to:

  • Avoid fatty fried food, improve overall diet and lifestyle; 
  • Manage constipation (via regular enemas); and 
  • Seek acupuncture for any acute headaches

enabled this woman to finally obtain relief from her severe and painful migraines that had plagued her for 10 years.

Sabina Walker

“Sedare dolorem divinum opus est”
“It is divine to alleviate pain”

Galen, 130-200 C.E.


(1) Payant, Misha-Josef Payant

A single case study: Treating migraine headache with acupuncture, chinese herbs, and diet

Glob Adv Health Med. 2014 Jan; 3(1): 71–74

doi: 10.7453/gahmj.2013.060

(2) Zheng H, Chen M, Wu X, Li Y, Liang FR.

Manage migraine with acupuncture: a review of acupuncture protocols in randomized controlled trials

Am J Chin Med. 2010; 38(4): 639–650

doi: 10.1142/S0192415X10008111

(3) Iseri SO, Cabıoğlu T.

Migraine treatment and the role of acupuncture: a literature review

J Australian Traditional-Med Soc. 2012; 18(2): 89–93;dn=966314131189601;res=IELHEA

(4) Zijlstra FJ, van den Berg-de Lange I, Huygen FJPM, Klein J.

Anti-inflammatory actions of acupuncture

Mediators of Inflammation. 2003;12(2):59-69


(5) Peilin S.

The treatment of pain with Chinese herbs and acupuncture (2nd edition)

London, England: Churchill Livingstone; 15 September 2010: 1-704

ISBN-10: 0702031798

ISBN-13: 978-0702031793



Migraines and Low Level Laser Therapy (LLLT) – More Case Studies

Dear Pain Matters blog readers,

Despite being common, migraines are often difficult to manage as their underlying reasons are frequently unknown.

Low level laser therapy (LLLT; also known as cold laser therapy) may alleviate some migraines in certain cases.

Case Studies by Lee et al:

(1) A study involving 32 chronic migraine patients (10 males, 22 females; mean age 44.1, aged 21 to 67) was performed.  Most patients had unpleasant pressure and/or pulsating pain as well as tender areas and/or swelling around the head and in the frontal and temporal areas.

Clinical histories that (likely) caused migraines included motor vehicle accidents, sports and other injuries (e.g. falls) and trauma (e.g. birth trauma).  Injuries included muscle-tendon tears and ligament insertion injuries (i.e. possible tearing of Sharpey’s fibres at the periosteal-osseous junctions) in the head and neck areas.

Painless low level laser therapy (LLLT; near infrared 830 nm wavelength) was directly applied to injury/trauma-affected anatomical sites in the head/neck regions (30 to 100 mW, 1 – 2 minutes per damaged region).

All patients benefited from LLLT treatment including significantly reduced pain in some patients and complete elimination of pain and tenderness in other patients.  Decreased edema and relaxed muscles resulted at the tender sites within 1-5 minutes following LLLT treatment.

Low level laser therapy (LLLT) treatment resulted in nil adverse effects including no toxicity (Lee et al).

(2) An earlier study with 9 female migraineurs (mean age 49.4, aged 41 to 60) reported similarly impressive results.  Specifically, overall mean pain scores reduced from 7.2 to 4.3 following LLLT treatment for 10 minutes maximum to the frontal, temporal and/or occipital areas.  Three (3) of 9 patients enjoyed nil migraine pain, post-LLLT.

No side effects were reported (Lee et al).

NB It is not known how long the pain relief lasted, post-LLLT treatment, as this was not reported in these 2 studies.


Targeted low level laser therapy (LLLT; 830 nm wavelength) may offer effective and safe pain relief from migraines.

Sabina Walker

“Sedare dolorem divinum opus est”

“It is divine to alleviate pain”

Galen, 130-200 C.E.


(1A) Lee, Garrett; Wong, Edmund; Choy, Norman; Mason, Dean T

Safety and Efficacy of Treatment of Common Migrainous Headaches Applying the Low Power Laser by the Principles and Methods of Wong

San Francisco, CA

(1B) Seymore, Brian L; Cappelletti, Ryan J

A Brief Synopsis of the Research on Cold Laser Therapy (Low Level Laser Therapy) (Pages 6-7)

(2) Lee, Garrett; Zucherman, James; Mason, Dean T

Application of the Low Power Laser in a Single-Blind Randomised Trial in Migrainous Headache Patients

St. Mary’s Spine Center, San Francisco, CA


Low Level Laser Therapy (LLLT) for Migraines Caused By Traumatic Brain Injury?

Dear Pain Matters blog readers,

Low level laser therapy (LLLT) may alleviate migraines in some cases.

Case Study:

A 25-year old man suffered a traumatic brain injury (TBI) when he was savagely attacked and repeatedly hit over the head with a lead pipe in May 2010.  He required many surgical stitches and sutures to close the head injury, and was left with a permanent scar on his brain.

Since that fateful day, the TBI victim experienced ongoing excruciating and incapacitating migraines for 2 long years.  His daily migraine pain ranged from 7 to 10 (on a scale from 0 to 10, using the visual analog scale ‘VAS’).  He stated that his migraines were ‘throbbing’ and ‘squeezing’, and were mainly in his occipital part of his brain.  He was unable to sleep properly nor play with his 4 children (aged up to 9) due to his constant migraines.

After ‘literally trying everything’ for 2 long years, and almost giving up hope, he agreed to try LLLT.  He was given 5 LLLT treatments over 2 weeks.

Specifically, LLLT treatment was delivered at 905 nm (near infrared) superpulsed wavelength set to 50 mW average power.  His LLLT targeted 4 areas on his scalp, 2.5 minutes each area (i.e. the occipital region, the area above the Circle of Willis as well as above the mastoid processes, both right and left side), totalling 10 minutes per treatment.


Following the first 10-minute-treatment, the patient immediately reported a 43% reduction in migraine pain (i.e. from VAS = 7 to VAS = 4).  He added that the ‘throbbing’ and ‘squeezing’ part of his migraine had disappeared immediately following his first LLLT treatment, and he was left with a residual ‘dull achy pain’.

He continued with 4 additional LLLT treatments, and his migraine pain further diminished after each treatment.

After completing 5 LLLT treatments (10 minutes per LLLT treatment), the patient’s overall migraine pain had decreased by more than 90%, while a ‘minor ache’ remained (that was hardly noticeable to him).

The patient had no side effects other than a slight ‘warm’ feeling above the region where the laser was placed.

The patient no longer has constant excruciating migraine pain, and his family says he looks much happier.  After 2 years of severely excruciating ‘throbbing’ and ‘squeezing’ migraines, he was finally able to sleep properly.

Possible Mechanisms:

Low level laser therapy (LLLT) may reduce inflammation and promote temporary vasodilation in capillaries by activating the nitric oxide pathway, leading to increased blood flow.  This may enhance oxygen delivery to TBI-affected brain regions that may ultimately lead to decreased migraine pain.

The 905 nm ‘pulsed’ (as opposed to ‘continuous’) wavelength may increase the expression of the inducible nitric oxide synthase (iNOS) gene by 700% (Stephan et al, 2012; Moriyama et al, 2009).


Mr Banas has achieved significant success with most of his LLLT-treated migraine patients (more than 65 migraine patients including TBI and non TBI) (Stephan et al, 2012).

Targeted low level laser therapy (LLLT)  may offer significant, life-changing relief from pain due to migraines.

Sabina Walker

“Sedare dolorem divinum opus est”
“It is divine to alleviate pain”

Galen, 130-200 C.E.


(1) Stephan W, Banas L , Bennett M and Tunceroglu H.

Efficacy of super-pulsed 905 nm Low Level Laser Therapy (LLLT) in the management of Traumatic Brain Injury (TBI): A case study.

World Journal of Neuroscience (2012), 2, 231-233.

doi: 10.4236/wjns.2012.24035

(2) Moriyama Y, Nguyen J, Akens M, Moriyama E H, Lilge L,

In vivo effects of low level laser therapy on inducible nitric oxide synthase.

Lasers Surg. Med. (2009), 41: 227–231.


An Australian Woman With Chronic Back Pain, A Beautiful Neurosurgeon and A 3D-Printed Spine Implant (Plus Other Patients With Custom 3D-Printed Body Parts)

Source of Featured Image:

RMIT University

Dear Pain Matters blog readers,

Is this the title of a new science fiction novel??

“An Australian Woman With Chronic Back Pain, A Beautiful (Neurosurgeon’s) Mind and A 3D-Printed Spine Implant”

No, this is not science fiction….This really did happen!

Welcome to the futuristic world of 3D-printed body parts, and its potential role in reducing chronic pain!

Happily, for Amanda Gorvin, the future is now!

Amanda (38) had suffered persistent and crippling lower back pain for more than 30 years.  Amanda suffered shooting pains and countless sleepless nights due to a deformed lower back vertebra.  She had spent an entire adult life on antiinflammatories, ibuprofen, Nurofen, cortisone injections and physiotherapy.  Amanda’s lower back pain had affected her quality of sleep, resulting in only 3-4 hours sleep a night, as well as lethargy and exhaustion during her waking hours.  By now, her lower back pain adversely affected her social, sporting and sex life.  She was unable to dress herself without exerting a huge and painful effort.  As a result of her lower back pain that limited her physical activity, Amanda gained 30 kg in 5 years.

She finally had enough of her ‘bones rubbing’ in her lower back, causing excruciating pain every time she moved.  One night at 2AM, she dragged herself out of bed and crawled into the kitchen, crying out in pain.  At a loss what to do next, Amanda told her neurosurgeon, Dr Marc Coughlan, several days later, “Marc, I can’t do this anymore.”

Her neurosurgeon replied, “I’ve got this new thing.”

Dr Marc Coughlan and another surgeon collaborated with 3D implant company, Anatomics, and a team of scientists and engineers at RMIT University (Melbourne) to custom design a 3D-printed spinal implant for Amanda Gorvin.  Few international surgeons have done this procedure, and Dr Marc Coughan was the first Australian surgeon to attempt this.  His patient, Amanda, was Australia’s first patient to agree to this.

After explaining the risks to Amanda, Dr Marc Coughlan operated on 3 April 2015 to insert a custom 3D-printed spinal implant into her lower back.

In Dr Coughlan’s words (quoting):

“The beautiful thing when we put the implant in was that it felt like a key going into a lock.  I could actually feel it click into place.  It was so intrinsically stable, it was like a dream for a spinal surgeon.”   

marc 201x214

Dr Marc Coughlan, MBChB, FRACS, FCS


After her 3D-printed spine implant operation, Amanda stated (quoting):

“I was back at work four weeks after the operation, back in the gym after six weeks,” she says. “I was breathing better, my mind was clearer, I felt lighter. It’s incredible how much influence the spine has on the rest of the body. I remember that pre-surgical pain and now I ­haven’t got one per cent of it. It’s nothing short of miraculous.” As she speaks, Gorvin becomes emotional and reaches for a tissue. “This has absolutely changed my life,” she says.”


Amanda Gorvin


Results like this simply speak for themselves….

Amanda has Dr Marc Coughlan, Neurosurgeon, to thank (for his beautiful mind).  Of course, the idea would not have materialized without the help of the 3D-printing team led by RMIT University Professor Milan Brandt and key staff at Anatomics.  The custom 3D-printed spinal implant literally erased Amanda’s lower back pain (that she had suffered for more than 3 decades).


Len Chandler (71), recipient of a 3D-printed titanium heel:

A 71-year old former builder from Rutherglen, Victoria, Australia, Len Chandler, was facing amputation of his right leg below the knee due to rare cartilage cancer in his right heel.

Luckily, a surgically-implanted 3D-printed titanium heel (the first of its kind in the world) changed his fate for the better.


Len Chandler (above), together with replicas of his 3D-printed heel


China Daily Asia

After surgery for his 3D-printed heel implant, he stated (quoting):

“I’ve got no irritation or pain or anything from that.  It just fits perfect, I couldn’t asked for anything better.”

A 22-year old Dutch woman, recipient of a 3D-printed near-entire plastic skull:

A Dutch woman (22) suffered from severe headaches, loss of vision and compromised motor coordination as a result of abnormal skull thickening.  Without drastic intervention, she was facing further brain function loss, ongoing severe headaches and an early death.

Her doctors surgically implanted a near-entire plastic skull, custom 3D-printed by Anatomics.  The operation was a huge success.  Three (3) months after her surgery, the woman’s severe headaches have disappeared and she fully regained her vision.


Above, 3D-printed plastic skull


Richard Stratton (32), recipient of a 3D-printed titanium jaw joint:

Richard Stratton, a 32-year old Melbourne-based psychologist, received a 3D-printed prosthetic jaw implant on 23 May, 2015.

Part of his jaw had never grown properly ever since he was knocked in the jaw during childhood.  In fact, he was missing part of his jawbone including the left condyle (part of the temporomandibular joint, or TMJ).  This caused significant strain on the right side of his jaw and also left him with a crooked smile.

In recent years, he suffered sharp pain while moving his jaw, biting, chewing and eating and he also had painful headaches at night.  He was unable to fully open his mouth.

Dr George Dimitroulis (Oral and Maxillofacial Surgeon, St Vincent’s Hospital, Melbourne) designed a prosthetic jaw that included a 3D-printed titanium jaw joint implant and a 3D-printed plastic jaw joint (in collaboration with Dr Ackland and team, Department of Mechanical Engineering, The University of Melbourne).  The entire process from the initial design stage to the 5-hour operation took 3 years.

The plastic jaw TMJ is (likely) the first 3D-printed jaw joint in the world.

Quoting Dr Dimitroulis:

“The excitement was unbearable I think, just at the last minute we thought it just wasn’t going to fit in but it just slid in nicely.”

“It just clipped in.”

He has reason to be “very proud” that 3 years of hard work had resulted in such positive results.


Above, Dr George Dimitroulis (Oral and Maxillofacial Surgeon, St Vincent Health)


One month after the post-surgery pain and swelling (that lasted a few days) subsided, Richard Stratton said he was able to open his mouth wider than before the surgery.  Several months later, he was chewing on both sides and eating normally.  His painful headaches at night also disappeared.

For more details, please view video by The University of Melbourne called:

‘When BioMechanics Colllides with Medicine’

Quoting Richard Stratton (several months after his operation):

“The joint has been working really, really well. It really has improved my quality of life.”


Above, Richard Stratton’s 3D-printed titanium jaw part (attached to a 3D printed version of his skull)


Above, ‘Before Surgery’ (left) and ‘After Surgery’ – with surgical scar visible on jawline (right)


Patients with severe TMJ pain caused by jaw joint osteoarthritis, cancer, trauma or congenital abnormalities may benefit from 3D-printed titanium jaw joint implants.  Such implants may lead to complete restoration of jaw function plus significantly reduced/nil jaw pain.


Here’s to the future that may include 3D-printed body implants to help reduce chronic pain!  Happily, for some, the future is already here!

Sabina Walker


(1A) The Shape of Things to Come

Richard Guilliatt; The Australian (The Weekend Magazine) (pages 10-14); August 15-16, 2015

(1B) Surgeons Print Out 3-D Body Implant

Richard Guilliatt; The Australian (page 3); August 15-16, 2015

(2) Joint Effort Produces Australia’s First 3D Printed Spine Implant

RMIT University; August 17, 2015

(3) Anatomics

(4A) 3D Printing: Rare Cancer Sufferer, Len Chandler, Back On His Feet After Receiving Titanium Printed Heel
Lisa Tucker; ABC News; 22 Oct 2014

(4B) Close to the Bone
Karl Wilson (in Sydney, Australia); China Daily Asia; 16 January, 2015

(4C) World First Heel Implant at St Vincent’s Private Hospital Melbourne 7 News

(5) Medical First: 3-D Printed Skull Successfully Implanted in Woman
James Eng; NBC News; 27 March 2014


(6A) The Jaws of Life

Val McFarlane; The University of Melbourne; 24 September 2015

(6B) Titanium, 3D-Printed Prosthetic Jaw Implanted in Melbourne Man in Australian First Surgery

Stephanie Ferrier; ABC News; 22 Jun 2015