In the intricate world of cranial nerves, the trochlear nerve (CN IV) often takes a backseat due to its small size and relatively subtle role. However, don’t let its unassuming appearance fool you; the trochlear nerve has its own unique story to tell, especially when it comes to osteopathic implications. In this blog post, we’llContinueContinue reading “Trochlear nerve – Anatomy & Physiology”
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Oculomotor nerve – Anatomy & Physiology
In the osteopathic approach to healthcare, understanding the intricate details of the human body’s functioning is essential for optimal patient care. The oculomotor nerve, or CN III, holds a central position in controlling vision, and its functions are of significant interest from an osteopathic perspective. In this article, we will explore the structure, function, embryology,ContinueContinue reading “Oculomotor nerve – Anatomy & Physiology”
Optic Nerve – Anatomy & Physiology
The optic nerve, often referred to as the second cranial nerve (CN II), plays a crucial role in our visual perception. Beyond its role in vision, understanding the optic nerve’s intricacies holds significant importance for medical practitioners, particularly osteopathic physicians. In this comprehensive exploration, we will delve into the optic nerve’s anatomy, function, embryology, bloodContinueContinue reading “Optic Nerve – Anatomy & Physiology”
Olfactory Nerve – Anatomy & Physiology
The olfactory nerve, the first cranial nerve (CN 1), plays a pivotal role in our sense of smell, adding depth and dimension to our sensory experiences. For osteopathic physicians, understanding the anatomy and function of the olfactory nerve is not only relevant to their broader medical knowledge but also holds implications for osteopathic practice. InContinueContinue reading “Olfactory Nerve – Anatomy & Physiology”
Cranial Nerves – Anatomy Basics
The cranial nerves are a set of 12 pairs of nerves that originate from the brain and extend to various parts of the head and neck. They play a crucial role in controlling many functions, including sensory and motor functions of the face, head, and neck. Osteopathic practitioners often consider the cranial nerves in theirContinueContinue reading “Cranial Nerves – Anatomy Basics”
Biomechanics Series – Fryettes laws of spinal mechanics.
Fryette’s laws, also known as Fryette’s principles or Fryette’s osteopathic laws, describe the biomechanics behaviour of the vertebral column, during different types of spinal motion. These laws were developed by American osteopathic physician Harrison Fryette in the early 20th century and are commonly taught in Osteopathic schools. Fryette’s laws are used to understand the complexContinueContinue reading “Biomechanics Series – Fryettes laws of spinal mechanics.”
Biomechanics series – Costotransverse and Costovertebral joints.
Following my last post from the front of the body to the back, we find the ribs entering into a biomechanical relationship with the spine. Noting that a rib with have an articulation with the vertebrae above and below the rib. Essentially one rib with articulate with two vertebrae. Being able to differentiate between theContinueContinue reading “Biomechanics series – Costotransverse and Costovertebral joints.”
Biomechanics series – Sternochondral and Costochondral joints.
Here we are going to start with a basic overview of these joints and then further down we will get into a little more specifics. Sternochondral Joints: Location: Sternochondral joints are found where the ribs meet the sternum (breastbone). Type: These joints are typically classified as synchondrosis joints, which means they are cartilaginous joints whereContinueContinue reading “Biomechanics series – Sternochondral and Costochondral joints.”
Pain series – Gate control theory
The Gate Control Theory of Pain is a widely accepted and influential theory in the field of pain perception and management. It was first proposed by Ronald Melzack and Patrick Wall in 1965 and has since played a significant role in understanding how our nervous system processes and modulates pain signals. This theory suggests thatContinueContinue reading “Pain series – Gate control theory”
Pain series – Peripheral Afferent Nociceptors
Peripheral afferent nociceptors are specialized nerve endings found throughout the body that detect and transmit information about noxious or potentially damaging stimuli, such as extreme temperatures, mechanical pressure, and chemicals that can cause tissue damage or inflammation. These nociceptors play a crucial role in the body’s ability to sense and respond to potentially harmful stimuliContinueContinue reading “Pain series – Peripheral Afferent Nociceptors”
Crux Osteopathy 