From the time of childhood, I have always been intrigued by how and why things work, especially with regards to electromechanics. Naturally, my education was directed in the same path; automated industry. I got a degree in automatics, and worked with this for several years.
In addition to work, strength training became a great interest and part of my life. But several years of high loads often result in wear and tear, and my body was not an exception. Sadly, conventional treatment did not show to be effective for my painful shoulders, lower back nor knees – the injuries persisted, and devastated my training schedule. The coherent frustration led to many late nights of reading and studying. It became clearer and clearer that electromechanics and biomechanics maybe weren’t as different as many claimed it to be after all, because my chronic pains all turned out to have concrete mechanical causes. With specific rehabilitative protocols the pain subsided, and never returned.
After helping friends and family on a hobby-basis for a couple of years, it became clear that this, meaning rehabilitation through specific training, was something I wanted to spend both my free- and work time doing. This, in turn, led to taking a formal trainer education as well as several other courses and certifications within various therapeutic modalities. “Training and rehabilitation” was formed!
Today, almost three years later, my work has evolved to the where I almost exclusively work with chronic pain. In this regard, it is a great joy for me declare that most of my clients, being 90+% that adequately follow up their part, end up with great, lasting results, and resolution of minimum 1 of their issues.
In December ’17 I launched my own seminar series, ‘Objective Biomechanics’, and I am now working on educating both health personnel, massage therapists and trainers in my methods. In January 2018 I wrote and published my first medical study, and at the present time, I have three published studies in a medical journal. Finally, my personal education also continues, in topics such as physical medicine and rehabilitation, biomechanics, neurology, radiology, and, in methods of research.
NB: Kjetil is the sole owner, writer & editor for Training & Rehabilitation.
- Larsen K, Chien GCC. Lumbosacral entrapment syndrome, a little-known but common cause of chronic pelvic and lower extremity pain. Anaesth Pain & Intensive Care 2019; [unpublished]
- Larsen K. Locked jaw caused by non-infectious inflammation of the lateral pterygoid muscle after dental treatment. Anaesth Pain & Intensive Care 2018;22(4):511-514
- Larsen K. Postural cues for scapular retraction and depression promote costoclavicular space compression and thoracic outlet syndrome. Anaesth Pain & Intensive Care 2018;22(2):256-267
- Larsen K. Occult intracranial hypertension as a sequela of biomechanical internal jugular vein stenosis: A case report. Anaesth Pain & Intensive Care 2018;22(2):238-242
- Larsen K. Common low back pain, is it really a mystery? Anaesth Pain & Intensive Care 2018;22(1):125-130
- DST: Certified personal trainer
- UCSF: Introduction to clinical neurology
- ICO: Neuro-ophthalmology essentials
- MTSS: Musculoskeletal ultrasonography, level 1
- MTSS: Musculoskeletal ultrasonography, level 2
- MTSS: Musculoskeletal ultrasonography, level 3
- ABCvascular: Carotid and vertebral artery ultrasound
- ABCvascular: Lower Limb Venous System: Deep and Superficial Veins
- ABCvascular: Basic ultrasound principles
- NeuroKinetic Therapy level 1
- NeuroKinetic Therapy level 2
- NeuroKinetic Therapy level 3
- Anatomy in Motion
- IMS Dry needling del 1, basic
- IMS Dry needling del 2, advanced
- Prof. Ann Cools: Advanced shoulder rehabilitation
- Mike Reinold: Recent advances in evidence-based evaluation and treatment of the shoulder
- Bodymaster method: Spinal manipulation & mobilization technique masterclass
- Bodymaster method: Muscle energy techniques
- Rocktape Basic
- Rocktape Performance
- FES: Complete Knee & Ankle-Foot Conditioning 2.0
- EBFA: Biomechanics of lower back pain
- EBFA: The functional foot and ankle level 1
Kjetil also has a degree in electromechanics.
- Specific pain & injury-related rehabilitation
- Intricate postural- and movement analysis
- Diagnostic ultrasound
- Distinctive concepts of anatomy and biomechanics
- Strength technique specialist
- Intricate evaluation of muscles and nerves
- Muscle release techniques
KL TRENING & REHAB KJETIL LARSEN
Organization number (Norwegian): 914 390 028
Address: Eikenga 4, 0579 OSLO, NORWAY