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Indian Journal of Basic and Applied Medical Research; June 2015: Vol.-4, Issue- 3, P. 166-170 Case report Unusual case of chronic tear of the Iliacus and Rectus Femoris muscle origins in old age. 1Dr. Joy Agnees , 2Dr. Senthilnathan 1M.B.B.S. , Post Graduate in MD Radiology , Vinayaka Mission medical college and hospital , Salem. 2M.D.R.D., P.D.C.C., Asst.Professor , Annapoorana Medical College and Hospital , Salem. Corresponding author : Dr. Joy Agnees Abstract: To highlight and report the occurance and the radiological features of chronic avulsive muscle tear in a moderately built 57 year old male patient with history of slip and fall and chronic pain in the right hip. We describe the role of MRI in diagnosing the case with chronic partial avulsion tear of the right iliacus and the right proximal rectus femoris muscles as an approach to management and rehabilitation of multiple tears of the hip muscles. Keywords : non-athlete, trauma, avulsion, intrasubstance tear, physiotherapy Introduction: Injuries of the iliopsoas muscle and intra- bathroom 6 months before following which he substance tendinous tears of the proximal rectus took analgesics and continued routine daily femoris activities. muscle occur in young athletic individuals during activities like sprinting and 1 After 10 days he reported to a hospital and there was no evidence of fracture This type of muscle injuries in X-ray hip and pelvis. With prolonged use of rarely occur in non- sportsperson. Very few medications the patient had temporary relief but cases later kicking sports. are reported in medical literature developed severe low backache and describing the tear of iliacus and rectus femoris restricted hip movements. Hence MRI hip was muscles. This kind of injury in a person with advised to rule out the cause of chronic pain no pre-existing disease is unique. Nil cases are which was helpful in diagnosing chronic partial reported the avulsion tear of the right iliacus muscle at its interesting MRI findings of the combined tear insertion and chronic partial intrasubstance tear of of the the right rectus femoris muscle at its origin possibly muscle. in literature iliacus and to limelight proximal on rectus femoris 2 due to lack of bed rest and muscle over activity. Case History: A 57 year old male presented to the hospital with complaints of low back and hip pain. He had a past history of slip and fall in the Medworld asia Dedicated for quality research www.medworldasia.com www.ijbamr.com P ISSN: 2250-284X , E ISSN : 2250-2858 166 Indian Journal of Basic and Applied Medical Research; June 2015: Vol.-4, Issue- 3, P. 166-170 A B C Figure 1: MR T2 weighted coronal image of the hip shows A) thickening of the right rectus femoris indirect head tendon at anterior inferior iliac spine origin, B) Chronic partial intra-substance tear with mild inhomogenous signals within the tendon, C) with adjoining fat interstitial edema. Figure 2 : MR T2 weighted coronal image of the hip shows hyperintense signals indicating edema around the rectus femoris muscle origin on the right side. Normal findings on the left side. www.ijbamr.com P ISSN: 2250-284X , E ISSN : 2250-2858 167 166 Indian Journal of Basic and Applied Medical Research; June 2015: Vol.-4, Issue- 3, P. 166-170 [Figure 3: MR T2 weighted axial image shows partial avulsion and retraction of the outer iliacus muscle fibres at its insertion on the right side. Note that the iliacus appears partially torn and bulky at its origin on anterior inferior iliac spine. [Figure 4: MR T2 weighted axial image at the level of hip joint shows partially retracted iliopsoas muscle fibres indicating grade II tear. The retracted fibres are replaced by fat because of chronic tear. The patient was treated conservatively since movement. The iliopsoas is there were no signs of hematoma in the walking muscle fascia and hence the patient was treated disables locomotion, so it is considered to be non-operatively. Bed rest was advised to reduce one of the most important muscles in the stress on the hip until symptoms decreased. body. Regular and running and important palsy for of which months and Acute iliopsoas muscle pain is usually caused functionally based therapeutic exercises like by physiotherapy for 3 stretching of the hip and thigh muscles were done for successful correction of muscle inflammation ruptured belly intramuscular of of the the hematoma. muscle insertion,3 muscle and 4 Partial the iliopsoas dysfunction. tendon tears occur with athletic injuries and Discussion: falls and complete iliopsoas tendon tears are Iliopsoas has three muscles units : psoas major, most psoas minor and iliacus. The iliacus arises from iliopsoas the iliac crest and the anterior inferior iliac causes spines, fills the iliac fossa and ends as a football players or those practising taekwondo ), direct lesser trauma, senility, complications from total hip trochanter of the femur. The iliopsoas is a arthroplasty, chronic diseases ( e.g., rheumatoid strong flexor of the hip joint. The psoas major arthritis, diabetes, hyperparathyroidism, chronic has the ability of higher amplitude movement renal failure, obesity ) and chronic corticosteroid and the iliacus provides higher strength of the therapy.5 Tendon tears rarely can be associated muscular attachment onto the common in elderly women.5 Isolated tendon rupture is include athletic uncommon injuries and ( cyclists, 168 167 www.ijbamr.com P ISSN: 2250-284X , E ISSN : 2250-2858 Indian Journal of Basic and Applied Medical Research; June 2015: Vol.-4, Issue- 3, P. 166-170 with an intraarticular hip infection like abscess adults with atraumatic which extends via the iliopsoas bursa into the avulsion injuries. lessert rochanteric iliopsoas tendon.The injuries of the iliopsoas The rectus femoris is a long fusiform muscle occur quite seldom and the development thigh muscle forming the anterior superficial of radiological imaging techniques like MRI portion of the quadriceps muscle. Its main and musculoskeletal sonography generates more functions accurate diagnosis of any pathology. Imaging flexion. The proximal rectus femoris has two features fluid tendinous origins: the direct head, arising from collection within a portion of the tendon or the anterior–inferior iliac spine and the indirect focal discontinuity of the tendon fibers close to head, arising inferiorly and posteriorly from the the of lesser partial tendon trochanter various are attachment. tendon tears will show and tear 5 include knee extension and hip Complete superior acetabular ridge and hip joint capsule. complete discontinuity The two heads join to form a conjoined degrees of retraction with tendon. The direct head constitutes the haematoma collection of the tendinous remnant. superficial part and the indirect head forms the Underlying metastatic disease must be ruled out in deep part of the conjoined tendon called the intrasubstance. Predisposing factors for proximal rectus femoris hemorrhage tear exercises, junction and spreads into the adjacent muscle muscle by tracking along muscle fascicles to create a fatigue due to overuse syndromes and previous feathery pattern.8 On TI-weighted images, the tear.6 Acute deep musculotendinous muscle and tendon may appear entirely normal include overall insufficient warm-up muscle conditioning, poor junction that surround injuries presents as sudden onset of thigh pain because and completely.Second-degree a tearing sensation. Persistent pain, the the myotendinal myotendinous strain unit heals MR images tenderness and rectus femoris asymmetry may show irregular thinning and mild laxity of also be associated. A discrete anterior thigh tendon fibers. Tendon retraction and muscle mass bunching may be minimal or absent because related mistaken to muscle retraction for a soft-tissue neoplasm. can 2 be In a the myotendinal chronically inflamed and degenerated tendon intact. low stress loading of the myotendinous junction hemorrhage itself causes complete muscle rupture. Deep planes musculotendinous junction injuries Hematoma proximal femoris are rectus of difficult the to Here of acute of peripheral the injury and associated nonspecific physical findings. Muscle strain is as remains muscular collection partially edema between the and fascial prominent.9,10 muscles are at the myotendinal junction is of second-degree strain. In injury, extracellular clinically graded the patho-gnomonic clinically diagnose because of the deep location junction the more hematoma may show a high-signal-intensity rim (due to methemoglobin) on TI-weighted first images and heterogeneously decreased signal degree (stretch injury), second degree (partial intensity on T2-weighted images. Later, the 7 tear), and third degree (complete rupture). First- hematoma decreases in size and develops a degree strain on T2-weighted and STIR images characteristic central fluid collection surrounded shows high-signal-intensity due to edema and www.ijbamr.com P ISSN: 2250-284X , E ISSN : 2250-2858 169 166 Indian Journal of Basic and Applied Medical Research; June 2015: Vol.-4, Issue- 3, P. 166-170 by a rim of low signal intensity due to conservative management to restore the muscle hemosiderin deposition and scar formation. strength and range of motion is done for grade Third-degree strain MR images show extensive I and II strains. Professional athletes require hemorrhage further that obscures visualization of intensive physical therapy to avoid 1,11 anatomic structures and creates difficulty in reinjury. differentiation of complete myotendinous rupture grade III strains for evacuation of hematoma to from large partial 7 rupture. In non-athletes, Surgical intervention is required for avoid muscle atrophy and fatty infiltration. References: 1. Renstrom PA. Tendon and muscle injuries in the groin area. Clin J Sports Med 1992; 11:815–831. 2. Hughes CT, Hasselman CT, Best TM. Incomplete, intrasubstance strain injuries of the rectus femoris muscle. Am J Sports Med 1995; 23:500–506. 3. Nguyen J.T., Peterson J.S., Biswal S. Stress related injuries around the lesser trochanter in long distance runners. Am J Roentgenol. 2008;190(6): 1616-1620. 4. Muttarak M., Peh WC. CT of unusual iliopsoas compartment lesions. Radiographics. 2000; Oct;20 Spec No: S53-66. 5. Bui KL, Sundaram M. Radiologic case study: iliopsoas tendon rupture. Orthopedics 2008; 31:1051– 1052. 6. Garrett WE Jr. Muscle strain injuries. Am J Sports Med 1996; 24[suppl 6]:S2–S8. 7. Zarins B, Ciullo JV. Acute muscle and tendon injuries in athletes. Clin Sports Med 1983:2:167-182. 8. Deutsch AL, Mink JH. Magnetic resonance imaging of musculoskeletal injuries. Radiol Clin North Am 1989;27:983-l002. 9. Fleckenstein JL, Weatherall VIı Parkey PW, Payne JA, Peshock RM. Sports-related muscle injuries: evaluation with MR imaging. Radiology 1989;l72: 793-798. 10. De SmetAA. Magnetic resonance findings in skeletal muscle tears. Skeletal Radiol 1993;22:479-484. 11. Cross TM, Gibbs N, Houang MT, Cameron M. Acute quadriceps muscle strains: magnetic resonance imaging features and prognosis. Am J Sports Med 2004; 32:710–719. 170 167 www.ijbamr.com P ISSN: 2250-284X , E ISSN : 2250-2858