Rothlisberger has a broken tibia...
Posted: Tue Oct 11, 2005 4:21 am
Holy shit!!!!!!!!!!!!!!!!!
That was Thiesmen like.
That was Thiesmen like.
I broke my waterskiing and walked on it too shortly after. Trust me... He's gone.PSUFAN wrote:he walked off. Looks like a sprain.
Bristol Meyers kind of did, years ago. :wink:KC Paul 3.0 wrote:Who made YOU a fucking doctor??frodo_biguns wrote:I broke my waterskiing and walked on it too shortly after. Trust me... He's gone.PSUFAN wrote:he walked off. Looks like a sprain.
Yep.. and they let Najeh walk off with a broken ankle, Deuce with a torn ACL. You can't tell a fracture on the tibia unless you do an x-ray. Still standing by it.PSUFAN wrote:The doctor knows when a tibia is broken. He doesn't let the QB walk off the field with a broken bone.
back to your hole, fraudo.
Like I said... I got Tivo and his foot it planted and I go slow mo.... and there it is. The middle of the lower leg flexing back. Tibia is going to crack before the fibula from a frontal hit like he took. Im just sayin'...Jeff 2K5 wrote:Do you know what part of the body the tibia is Frodo? :roll:
Ben got hit in the knee, not the leg. Thanks for playing doctor for us. :roll:
Don't you have a new sig coming? :DJeff 2K5 wrote:Do you know what part of the body the tibia is Frodo? :roll:
Ben got hit in the knee, not the leg. Thanks for playing doctor for us. :roll:
No, just years of training by Bristol Meyers.BSmack wrote:Fraudo, did you stay at a Holiday Inn Express?
Looked to me like one or all of the following
1. Hyperextension
2. Bruised kneecap
3. A sprain of one of the ligaments in the knee area
My money is on 1 and 2.
http://www.emedicine.com/radio/topic698.htm
Tibial Plateau Fractures
Clinical Details: Patients may present with a knee effusion, pain, and joint stiffness.
Although severe fractures often are repaired surgically, both operatively and nonoperatively treated fractures are at risk for posttraumatic osteoarthritis as a result of ligamentous injuries with resultant instability (and possibly varus or valgus deformity). The risk of posttraumatic osteoarthritis is greatest in younger patients.
Surgical intervention depends on numerous factors including the overall condition of the patient and associated local or regional injuries. From an orthopedic standpoint, the degree of articular depression and degree of diastasis of the fractured parts are the most crucial elements to be considered when making a decision regarding surgical intervention. As a general rule, 4-5 mm of articular depression and 3-4 mm of diastasis are considered indicators for surgical management.
Preferred Examination: The preferred examination consists of radiographs in multiple obliquities of the knee. Typically, these include anteroposterior (AP), cross-table lateral, patellar (sunrise), and, possibly, oblique views. Cross-table lateral and AP may be the only views possible in the trauma suite. In this setting, the cross-table lateral radiograph may be the most important to detect occult fractures. The presence of these subtle fractures may be inferred by the presence of a lipohemarthrosis on the cross-table lateral radiograph, indicating disruption of an articular surface, most often the tibia. Images 3-6 demonstrate the radiographic, CT, and MRI appearance of lipohemarthrosis.
CT is used by most orthopedists to further characterize fractures of the tibial plateau and assess the depression of the tibia and the degree of diastasis (splitting) of the fractured parts to plan for surgical intervention. Generally, slice thickness should be minimized (1 mm is ideal) and high milliamperage-second (mAs) technique used.
MRI may be used as well for this determination but often is not readily available. MRI is excellent for depicting ligamentous and meniscal injuries.
Arteriography (and possibly MR angiography) may be used if popliteal artery injury is suspected.