The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise boosts blood flow and levels of neurotransmitters and endorphins that elevate and stabilize mood.
Thomas Test (or as it called Hugh Owen Thomas well leg raising test) is used to measure the flexibility of the hip flexor muscles. It’s used to test for hip flexion contracture and psoas syndrome, which is more common in runners, dancers, and gymnasts with symptoms of hip “stiffness” and “clicking” feeling when flexing at the waist.
For more, See:
https://www.orthofixar.com/special-test/thomas-test/
After completion of this session, students should be able to discuss, identify, and describe:
The anatomical factors predisposing to nerve injuries.
The anatomy of deformity, weakness and sensory loss following the nerve injury.
The applied anatomy of clinical examination for specific nerves.
Surgical anatomy of treating nerve injuries.
This slide gives you information regarding the Types of Palmar spaces, their contents & boundaries. Also certain aspects of Applied anatomy has been enlightened in the interest of Integrated teaching.
Thomas Test (or as it called Hugh Owen Thomas well leg raising test) is used to measure the flexibility of the hip flexor muscles. It’s used to test for hip flexion contracture and psoas syndrome, which is more common in runners, dancers, and gymnasts with symptoms of hip “stiffness” and “clicking” feeling when flexing at the waist.
For more, See:
https://www.orthofixar.com/special-test/thomas-test/
After completion of this session, students should be able to discuss, identify, and describe:
The anatomical factors predisposing to nerve injuries.
The anatomy of deformity, weakness and sensory loss following the nerve injury.
The applied anatomy of clinical examination for specific nerves.
Surgical anatomy of treating nerve injuries.
This slide gives you information regarding the Types of Palmar spaces, their contents & boundaries. Also certain aspects of Applied anatomy has been enlightened in the interest of Integrated teaching.
Achilles tendon repair at the Stone Clinic is often performed percutaneously following a torn achilles tendon injury. This method has proven to be as effective as an open surgical technique while reducing recovery time.
Supracondylar humerus fracture & complication for MBBS studentsYash Oza
Fracture classification, xray, complication, reduction method, surgery, cast, vascular injury, nerve injury, all the Undergraduate students should know is included
In the elderly osteoporotic fractures although the principles are the same but some special considerations in management of the soft tissues and the bony injuries are considered.
Achilles tendon repair at the Stone Clinic is often performed percutaneously following a torn achilles tendon injury. This method has proven to be as effective as an open surgical technique while reducing recovery time.
Supracondylar humerus fracture & complication for MBBS studentsYash Oza
Fracture classification, xray, complication, reduction method, surgery, cast, vascular injury, nerve injury, all the Undergraduate students should know is included
In the elderly osteoporotic fractures although the principles are the same but some special considerations in management of the soft tissues and the bony injuries are considered.
After completion of this session, students should be able to discuss, identify, and describe:
The anatomical factors predisposing to nerve injuries.
The anatomy of deformity, weakness and sensory loss following the nerve injury.
The applied anatomy of clinical examination for specific nerves.
Surgical anatomy of treating nerve injuries.
After completion of this session, students should be able to discuss, identify, and describe:
The anatomical factors predisposing to nerve injuries.
The anatomy of deformity, weakness and sensory loss following the nerve injury.
The applied anatomy of clinical examination for specific nerves.
Surgical anatomy of treating nerve injuries.
After completion of this session, students should be able to discuss, identify, and describe:
The anatomical factors predisposing to nerve injuries.
The anatomy of deformity, weakness and sensory loss following the nerve injury.
The applied anatomy of clinical examination for specific nerves.
Surgical anatomy of treating nerve injuries.
Applied anatomy long thoracic nerve injuryAkram Jaffar
After completion of this session, students should be able to discuss, identify, and describe:
The anatomical factors predisposing to nerve injuries.
The anatomy of deformity, weakness and sensory loss following the nerve injury.
The applied anatomy of clinical examination for specific nerves.
Surgical anatomy of treating nerve injuries.
After completion of this session, students should be able to discuss, identify, and describe:
The anatomical factors predisposing to nerve injuries.
The anatomy of deformity, weakness and sensory loss following the nerve injury.
The applied anatomy of clinical examination for specific nerves.
Surgical anatomy of treating nerve injuries.
After completion of this session, students should be able to discuss, identify, and describe:
The anatomical factors predisposing to nerve injuries.
The anatomy of deformity, weakness and sensory loss following the nerve injury.
The applied anatomy of clinical examination for specific nerves.
Surgical anatomy of treating nerve injuries.
After completion of this session, students should be able to discuss, identify, and describe:
The anatomical factors predisposing to nerve injuries.
The anatomy of deformity, weakness and sensory loss following the nerve injury.
The applied anatomy of clinical examination for specific nerves.
Surgical anatomy of treating nerve injuries.
Lower limb neurological examination frequently appears in OSCEs. You’ll be expected to pick up the relevant clinical signs using your examination skills. This lower limb neurological examination OSCE guide provides a clear, concise, step-by-step approach to performing a neurological examination of the lower limb
After completion of this session, students should be able to discuss, identify, and describe:
The anatomical factors predisposing to nerve injuries.
The anatomy of deformity, weakness and sensory loss following the nerve injury.
The applied anatomy of clinical examination for specific nerves.
Surgical anatomy of treating nerve injuries.
