IPSC in collaboration with Ultrasound School of Guided Interventions presents
Fellowship in Ultrasound Guided Pain Interventions – II Batch
( Online Course – 11 Modules of 2 hours each )
Starting from 9th August 2020
|Course Fee*||Pay Now|
|International Delegates||6 Month
||500 US$||Register Now|
|Indian Delegate||6 Month||Rs 30,000||Register Now|
* Fees can be paid in 2 installments of 250 US$ for International Delegates and Rs 15,000 for Indian Delegates
You will get ZOOM meeting link 1 day before the course start date.
USG PAIN SCHOOL – Course Detail
Batch II, Class Schedule :
Every 2nd and 4th Sunday of month
4 to 6 (PM) IST
Basics of Ultrasound (21 June 2020)
- Physics Of Ultrasound
- Knobology/Know Your Machine
- Probes :Selection And Image Orientation
- Ultrasound Image Interprettation
- Needle Placement: Techniques Advanced Tricks And Tips
- Machine Demonstration
Regenerative Therapies Ultrasound Guided ( 5th July 2020)
Shoulder Ultrasound (19th July 2020)
Patient positioning for Shoulder ultrasound
A) Anterior Shoulder
I) Biceps Tendon –
Short Axis view
- Biceps Tendon, greater and lesser tubercle, transverse humoral ligament.
- Follow up of biceps tendon up to pectoralis major insertion distally to entering into joint proximity.
Long Axis view of Biceps tendon.
- Subscapularis and it’s insertion into lesser tubercle in long Axis view.
- Coracoid Process
- Dynamic testing of Subscapularis for sub-coracoid impingement.
- Short Axis view of Subscapularis
III) ) Acromioclavicular Joint – View from top.
- Dynamic testing of Acromioclavicular Joint for subluxation.
- Acromion process
- Dynamic testing for subacromian impingement.
- subacromian subdeltoid bursa
IV) Supraspinatus Tendon – Patient positioning – Bird beak appearance.
V) Rotator cuff interval –
B) Posterior Shoulder –
I) Infraspinatus – Muscle belly / Central tendon / following up to insertion at greater tubercle.
II) Shoulder joint from back –
- Glenoid labrum
- Spinoglenoid notch / Suprascapular nerve and artery at notch
III) Teres minor in short and long Axis, Posterior Circumflex artery with axillary nerve
IV) Suprascapular Notch – Transverse scapular ligament and Artery
Elbow Ultrasound (2nd August 2020)
A) Anterior Elbow-
I) Short Axis Bony Landmark-
- Distal Humerus with overlying Hyaline Cartilage (lateral- capitulum and medial- Trochlea)
II) Muscles –
- Brachialis (Starry Night Appearance) And
- Brachioradialis And Facial Plane Separating Them.
- Pronator (Medially)
- Biceps Tendon (Superficial Over Brachialis)
III) Neurovascular Structures –
- Brachial Artery, Vein and Median Nerve and it’s course through pronator (pronator syndrome)
- Radial Nerve and it’s course through supinator. (In between superficial and deep portion)
IV) Long Axis – Biceps tendon follow up to insertion at radial tubercle.
V) Pronator Window view of Biceps tendon
- Lateral view of Biceps tendon
- Bard’s beak appearance of Biceps tendon at radial tubercle at extreme cobra position.
B) Lateral Elbow –
- Lateral Epicondyle, Radial head,
- Long Axis view of Common Extensor Tendon
C) Medial Elbow
I) Long Axis view
- Common Flexor Tendon & Ulnar Collateral Ligament and
- Sublime Tubercle of Ulna
II) Short Axis view
- Common Flexor Tendon
- Ulnar Nerve with Osborne’s fascia
D) Posterior Elbow
I) Long Axis view
- Olecranon and Triceps tendon
- Olecranon Fossa
II) Short Axis view of Olecranon Fossa
Hand And Wristultrasound
Wrist at the Carpal Tunnel –
- Important Bony landmarks – Scaphoid, Pisiform, Lunate.
- Median Nerve (proximal and distal tracing) Long Axis view of Median Nerve
- Transverse Carpal Ligament
- Ulnar Artery/ Ulnar Nerve
- Radial Artery
- Flexor Tendons
A1 Pully System –
Long Axis view
- Bony landmarks – Proximal Phalanx, Distal Metacarpal
- Flexor Digitorum Superficialis and Profundus.
Short Axis view – A1Pully
- Bony landmarks – Listers Tubercle
- Compartment 1 to 6
- Specially compartment 1 for DQ tenosynovitis
- Crossing of Compartment 1and 2 for Proximal intersection Syndrome
- Crossing of Compartment 3 over compartment 2 for Distal Intersection Syndrome
- Scapholunate Joint from dorsal side
Ulnar Collateral Ligament of the Thumb
1st MCP, PIP and DIP
Hip Ultrasound Asessment And Interventions (16th August 2020)
- Anatomy And Physiology
- Bursal Relations
- Rotator Cuff Of Hip
- Denervation Of Hip Joint
Knee Ultrasound ( 6th September 2020)
Basics – Scanning Areas (Anterior, Medical, Lateral, Posterior) / Transducer to be Used. / Knee Positions for Scanning.
A) Anterior Knee
I) Anterior Long Axis View -(Suprapatellar)
- Quadriceps Tendon, Suprapatellar Fat Pad, Pre-femoral Fat Pad, Suprapatellar Joint Recess
II) Anterior Short Axis View (Suprapatellar)
- Vastus Medialis, Rectus Femoris, Vastus Intermedius, Vastus Lateralis,
- Hyaline Cartilage of Joint (femoral trochlear cartilage).
- Structures in short Axis sweep proximal to Distal.
III) Anterior Long Axis View (infrapatellar)
- Patellar Tendon follow up to insertion in tibia. Area to look for infra patellar bursitis.
- Hoffa’s fat pad.
IV) Anterior Short Axis View (infrapatellar)
- Patellar Tendon in Short Axis
- Area to look for in pre patellar bursitis.
B) Medial Knee
I) Long Axis View
- Bony landmarks (Femur and Tibia)
- Vastus Medialis
- Medical Co-lateral Ligament (superficial and deep fibres menisco-femoral and menisco-tibial components)
II) Short Axis View
- Pre anserine tendons (Sartorius, Gracilis, Semitendinosus) also in long Axis
C) Lateral Knee.
I) Long Axis View
- Bony landmarks (Femur, Fibula)
- Iliotibial band. Up to Gardy’s tubercle
- Fibular Colateral Ligament.
- Popliteus (if visible)
- Biceps Femoris split by Fibular Colateral Ligament (If Visible)
D) Posterior Knee
I) Short Axis View
- semimembrinosus, medical head of Gastrocnemius ( location of Baker’s Cyst)
- Posterior Collateral Ligament.
- Neurovascular Structures
- Separation of Sciatic Nerve to Common Peroneal and Tibial Nerves.
- Popliteal Vessels.
Ankle & Foot Ultrasound ( 20th September 2020)
- Tendoachillestendon – Short axis and long axis
- Retrocalcaneal bursa space
- Kagers fat pad
- Plantar fascia short and long axis
- Ankle joint tibiotalar joint space
- Tendon alignment Tom Harry and Dick
- Nerves anterior tibial and deep peroneal
- Tarsal tunnel
- Tom Dick and Harry tendon alignment / Posterior tibial nerve /Talonavicular joint space
- Peroneus longus and brevis tendon /Sural nerve /Anterior talofibular ligament
Gluteal & Pelvic Ultrasound (4 October 2020)
- Assessment and interventions
- Muscular and neurovascular sonoanatomy and pathologies
- Abdominal and peripheral nerves of lower limbs scanning and interventions
Sonographic Tracking Of The Peripheral Nerves Of Upper Limb (18th October 2020)
- Radial nerve and PIN AT ARCADE OF FROSCHE
- Median nerve at elbow and wrist CARPAL TUNNEL SYNDROME
- Ulnar nerve at elbow and wrist GUYONS TUNNEL SYNDROME
- Axillary nerve at quadrangular space
- Suprascapular nerve ant approach and posterior approach
Cervical And Lumbar Spine Ultrasound ( 1st November 2020)
- Facet Joints Injections
- Median Branch Blocks
- Caudal Epidural
- Si Joint Injections
- Quadratus Lumborum Blocks
Sympathetic Blocks (15th November 2020)
Stellate Ganglion Block
In Short Axis
- Thyroid Cartilage, Cricoid Cartilage,
- Thyroid Gland, internal jugular vein, Carotid Artery, Carotid Sheath,
- Longus Colli, Longus Capitis, Sternocleidomastoid, Scalenei Muscles,
- Vertebral Artery at C6, C7, Nerve Roots C6, C7,
- Transverse Process with Tubercles at C7, C6,
- Inferior Thyroid Artery If Visible.
Coeliac Plexus Block
- T12 Vertebra,
- Aorta, Inferior vena cava, Coeliac Trunk (Seagull Sign), Superior Mesenteric Artery,
- Spleenoportal Confluence,
- Liver, Pancreas,
- Inferior vena cava, Hepatic Vein,
- Aorta, Coeliac Trunk,
- Superior Mesenteric Artery,
Superior Hypogastric Plexus Block
- L5 vertebra
- Bifurcation of aorta into iliac vessels
- Mickey Mouse appearance.
Lumbar Sympathetic Plexus Block
- L4 Vertebra Thumbs Up Appearance,
- Transverse Process and Body.
- Psoas, Erector Spinae, Quadratus Lumborum Muscles.
- Nerve Roots If Visible in Psoas, Kidneys.
GANGLION IMPAR BLOCK
Comprehensive Online Assessment (6th December 2020)