Skip to main content

Abnormal Endfeel in Physiotherapy

The abnormal end feels, several of which have subdivisions and each of which is commonly associated with some degree of pain or restricted movement. classified in Five :

1) Muscle Spasm

This end feel is invoked by movement, with a sudden dramatic arrest of movement often accompanied by pain. The end feel is sudden and hard.

An early muscle spasm occurs early in the ROM, almost as soon as movement starts; this type of muscle spasm is associated with inflammation and is seen in more acute conditions.

A late muscle spasm occurs at or near the end of the ROM. It is usually caused by instability and the resulting irritability caused by movement.

2) Capsular:

this end feel is similar to tissue stretch. present earliest in ROM. ROM is reduced. 
this end feel can be classified into
hard capsular, in which the end feel has a thicker stretching quality to it, and
soft capsular (boggy), which is similar to normal tissue stretch end feel but with a restricted ROM.


3) Bone-to-Bone

This abnormal end feel is similar to the normal bone-to-bone type, but the restriction occurs before the end of ROM.
An example is a bone-to-bone end feel in the cervical spine resulting from osteophyte formation.

4) Empty:

The empty end feel is detected when movement produces considerable pain. The movement cannot be performed or stops because of the pain.

5) Springy Block:

Similar to a tissue stretch, most commonly found in joints with menisci. There is a rebound effect with a thick stretching feel still it is not as stretchy as a hard capsular end feel.
it usually indicates an internal derangement within the joint.
Example: A springy block end feel may be found with a torn meniscus of a knee when it is locked or unable to go into full extension.

want to Know about Normal Endfeel? Go to Normal Endfeel

Comments

Popular posts from this blog

What is Anatomical pulley? Example of Anatomical pulley

Understanding the Importance of Anatomical Pulleys in Physiotherapy As a physiotherapy student, it is essential to have a good understanding of the human body's anatomy and how it works. One of the essential structures in the body that plays a significant role in movement and biomechanics is the anatomical pulley. In this article, we will explore what an anatomical pulley is, its types, and its importance in physiotherapy. What is an Anatomical Pulley? A pulley is a simple mechanical machine that consists of a wheel that turns readily on the axle, usually grooved for a rope or a wire cable. In the human body, the pulley is replaced by a bone, cartilage, or ligament, and the cord is replaced by a muscle tendon. The tendon is lubricated by synovial fluid, and the surface of the tendon is covered by a thin visceral synovial membrane. The tendon is lubricated so that it may easily slide over the pulley. Classification of Anatomical Pulleys There are mainly four classes of pulleys

Electrotherapy Simplified by Basanta Kumar Nanda PDF Download

Electrotherapy Simplified  by Basanta Kumar Nanda The aim of this book is to focus on the electrotherapy simplified. Electrotherapy is one of the important aspects among the various approaches of patient management available to a physiotherapist. Electrotherapy Simplified has tried to give comprehensive knowledge on electrotherapy and actinotherapy, starting from basic electricity and magnetism to the theoretical and clinical aspects of the different modalities applied by physiotherapists.  This book consists of 19 chapters, which include an introduction, inflammation, repair, and role of physical agents, electrical fundamentals, magnetic energy, valves, transistors, and rectifiers, electrical measurement systems and distribution of electricity, electrophysiology of nerve transmission, and muscle contraction, low-frequency currents, electrodiagnosis, medium frequency currents, low-intensity laser therapy, ultraviolet radiation, and traction.  About 250 objective question answers have b

Range of Muscle work in Physiotherapy

The degree of the movement done by muscle contraction is known as the Range of muscle work. The range can be measured with the help of a goniometer. Movement is a very complex mechanism, a lot of muscles are working in a group and in synchronized pattern to draw out the perfect desirable movement. As per function we already talked about Agonist, antagonist, Synergist, and fixator muscles.