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Athletic Training


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6 types of closed fractures
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1. Greenstick: complete breaks in bone, "bending", normally in kids 2. Comminuted: compressive force, 3 or more fragments 3. Transverse: sheer force, straight line 4. Linear: compressive force, bone splits along the length 5. Oblique: torsion, through the bone, one end received sudden twisting and the other end is stable 6. Spiral: wrap around the bone, s shaped separation, plating and rotating

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MOI
Mechanism of injury
6 types of closed fractures
1. Greenstick: complete breaks in bone, "bending", normally in kids 2. Comminuted: compressive force, 3 or more fragments 3. Transverse: sheer force, straight line 4. Linear: compressive force, bone splits along the length 5. Oblique: torsion, through the bone, one end received sudden twisting and the other end is stable 6. Spiral: wrap around the bone, s shaped separation, plating and rotating
Osteitis Pubis
Chronic inflammatory condition by the pull of muscles in pubic symphysis area
Osteoblasts
Bone forming cells
Osteitis Pubis
Chronic inflammatory condition by the pull of muscles in pubic symphysis area
Osteitis Pubis
Chronic inflammatory condition by the pull of muscles in pubic symphysis area
Osteitis Pubis
Chronic inflammatory condition by the pull of muscles in pubic symphysis area
Osteitis Pubis
Chronic inflammatory condition by the pull of muscles in pubic symphysis area
Osteitis Pubis
Chronic inflammatory condition by the pull of muscles in pubic symphysis area
Osteitis Pubis
Chronic inflammatory condition by the pull of muscles in pubic symphysis area
Osteitis Pubis
Chronic inflammatory condition by the pull of muscles in pubic symphysis area
Osteitis Pubis
Chronic inflammatory condition by the pull of muscles in pubic symphysis area
Osteclasts
Cells that absolve or remove osseous tissue
Casting time
Long bones: 6 weeks small bones: 3-4 weeks
Dislocation vs Subluxation
Dislocation: bone is forced out of alignment and stays out Subluxation: bone is forced out of alignment but goes back into place
Ligaments
Bone to bone
Tendons
Muscle to bone
Sprain
Injury to ligament or joint capsule that connects bone to bone
Grades of Sprain/Strain
1: stretching and separation of ligamentous fivers, minimal instability and swelling, moderate pain 2: Some tearing and separation of the ligament fibers, moderate instability, moderate to severe pain 3: total tearing of ligaments, high instability, severe swelling and pain, may need surgery to reconstruct
Myositis Ossifiicans
Calcium deposits that result from repeated trauma
Hematoma
Collection of blood in the tissues outside the blood vessels
Strain
Stretch, tear, or rip in the muscle or its tendon
Muscle Cramps
Involuntary muscle contraction
Muscle Guarding
Muscle contraction in response to pain
Muscle soreness
Pain caused by overexertion in exercise (DOMS)
Trigger point
Area of tenderness in a tight band of muslce
Neuritis
Chronic nerve irritation
Crepitus
Crackling feel or sound
Signs of Inflammation
Pain Warmth Swelling Loss of function Redness
Tendinosis
Failed healing of tendon
Tendinitis
Inflammation of a tendon
Tenosynovitis
Inflammation of a tendon and its synovial sheath
Bursae
Pieces of synovial membrane that contain a small amount of fluid
Osteoarthritis
Wearing down of hyaline cartilage
Phases of the healing process
1. Inflammatory response phase (stop, drain, and clean up the water) 2-4 days 2. Fibroblastic repair phase (patch up the area) 4-6 days 3. Maturation-remodeling phase (clean it up so it can function properly) 3 weeks-3 years
Bones of foot
Total: 26 bones- 7 Tarsals- 5 metatarsals- 14 phalangeal
Arches of foot
Medial longitudinal Lateral longitudinal Metatarsal Transverse
Foot adduction and supination muscles (5)
Tibialis posterior Flexor digitorum longus Flexor hallucis longus Tibialis anterior Extensor hallucis longus
Foot abduction and pronations (4)
Fibularis longus Fibularis brevis Fibularis tertius Extensor digitorum longus
Toe Flexion (7)
Flexor digitorum brevis Flexor digitorum longus Flexor hallucis brevis Flexor hallucis longus Flexor digiti minimi brevis Quadratus plantae Lumbricals
Toe extension (3)
Extensor digitorum brevis Extensor digitorum longus Extensor hallucis longus
Toe abduction (3)
Abductor hallucis Dorsal interrosi Abductor digiti minimi
Toe adduction (2)
Adduction hallucis Plantar interossi
Retrocalcaneal bursitis (Pump bump)
Irritation on back of heal (where adidas pro shoes rub)
Plantar fasciitis
Many MOI so it's hard to figure out the cause, takes time to heal
Jones fracture
5th metatarsal, normally from plant and twist or consequence of stress fracture
Pes planes vs Pes cavus
Pes planes: low arch (plains are flat) Pes cavus: high arch (caves are round)
Hallux valgus deformity (Bunions)
Growth/calcification on side of big toe
Bunnionette
Growth/calcification on side of pinky toe
Mortons Neuroma
Mass in plantar nerves. Commonly between third and fourth metatarsal heads
Turf Toe
Hyperextension of big toe or sprain of metatarsal phalangeal joint
Blisters
Caused because of friction. If it's going to pop on its own its better to intentionally pop it in sterile conditions. If it's not going to pop on its own its better to leave it alone.
Corns
Normally between fourth and fifth toe. Kinda like a blister, thick, white, macerated skin with black dot in the center.
Care for ingrown toenail
1. soak in hot water for 20 min 2-3xday 2. when nail is soft use forceps to put cotton under the edge of the nail Tip: cut a "v" in middle of toenail
Care for Subungal hematoma (blood under the toenail)
1. apply ice pack and elevate foot 2. drill small hole into the nail bed
4 compartments
Anterior Superficial posterior Deep posterior Lateral
Ankle Dorsiflexion
Extensor digitorum longus extensor hallucis longus tibialis anterior (primary dorsiflexor)
Ankle plantar flexion
Soleus gastrocnemius
Ankle inversion
Components of deep posterior compartment - tibialis posterior - flexor digitorum longus - flexor hallucis longus
Ankle eversion
Components of lateral compartment - fibularis longus - fibularis brevis - tibialis anterior
Bump test
Gentle blow applied upwards on the bottom of the heel. + test: pain, path: fx
Anterior drawer test (ankle)
Grab lower tibia in one hand and the calcaneus in the other. looking for how much it moves compared to other ankle. + test: laxity Path: ATF (anterior talofibular)/CF (calcaneofibular)
Talar tilt
Move to inversion + test: laxity Path: caneofibular and possible anterior/posterior talofibualr ligaments.
Ankle sprain
Stretching/tearing of ligaments. Lateral side is more common
Thompson test
Squeeze the calf muscle + test: if foot doesn't moves path: Achilles tendon rupture
Compartment syndromes
Increased pressure in one of the four compartments 1. acute: practice POLIE (no compression) can be considered a medical emergency 2. acute exertional: increase in pressure within a closed fascial space. 3. chronic: commonly while running or jumping.
ACL
Prevent excessive anterior translation of the tibia in relation to the femur
PCL
Prevent excessive posterior translation of the tibia in relation to the femur
MCL
Stabilize against side to side forces (valgus forces)
LCL
Stabilize against side to side forces (varus forces)
Meniscus
Shock absolutions and stabilization
Valgus/varus stress test
+ test: laxity Path: MCL/LCL athlete lies supine with leg extended. valgus/varus stress with knee fully extended and at 30 degrees of flexion.
Lachman's Test
+ test: laxity path: ACL
Anterior/Posterior drawer test (knee)
+ test: laxity path: ACL/PCL
Apley's Compression test
+ test: pain path: Meniscus
Knee Plica
Thickened fold of synovial membrane lining the inside of the joint capsule symptoms may be similar to torn meniscus
Common causes of ACL
Plant and twist: rotation quads pull more than hamstrigs tibia comes forward MOST COMMON INJURY OF KNEE
Illiotibial band friction syndrome (Runners knee)
Overuse condition. Irritation over lateral femoral condyle or at the bands incertion on lateral side of knee.
Patellar Tendinopathy (jumpers knee)
Jumping, landing, kicking, or running may place tension on the knee extensor muscle complex. May begin inflammatory process leading to tendon degeneration or tendinosis.
Chondromalacia patella
Softening and deterioration of the articular cartilage on the posterior surface of the patella
Osgood-Schlatter Disease
Repeated pull of the patellar tendon at the tibial tubercle on the from to the tibia. May result in enlarged tibial tubercle.
Hip flexion (4)
Rectus femoris Sartorius Iilacus Psoas
Hip extension (5)
Hamstrings Bicep femoris Semimembranosus Semitendinosis Gluteus maximus
Hip abduction (2)
Gluteus medius Tensor fasciae latae
Hip adduction (5)
Gracilis Pectineius Adductor magnus Adductor longus Adductor brevis
Hip lateral rotation (6)
Piriformis Superior gemellus Inferior gemellus Obturator internus Obturator externus Quadratus femoris
Thomas test
+ test: straight leg comes off the table, path: tight hips flexors
Straight leg raise test
+ test: leg can't be flexed 90, path: hip extensors
Mytositis Ossificans
Sever blow or repeated blows to thigh, can cause ectopic bone formation within the muscle.
Avascular Necrosis
Tissue death caused by lack of circulation. Can occur from dislocated hip.
Hip labral tear
Most often result form repetitive movements such as running or piloting of the hip that causes degeneration and breakdown of labrum. Can cause catching, locking, or clicking sensations in hip joint.
Piriformis syndrome
Tight piriformis can be confused for sciatica