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Action: changes tension of vocal cords. voluntary muscle. cialis rezeptfrei A muscle that can be controlled voluntarily; most skeletal muscles are voluntary. Regulation of heart rate is lost. A tissue consisting of large numbers of parallel elongated cells with the power of shortening and thickening so as to approximate their ends and effect movement. Up to 50% of the body weight consists of muscle, most being attached to bone in such a way that muscle contraction causes joints to bend (flex) or straighten (extend). Muscle fibres convert chemical energy into mechanical energy. There are three kinds of muscle striped (striated) or voluntary muscle; smooth or involuntary muscle occurring in the walls of arteries, the intestines and the urinary tract; and heart muscle (MYOCARDIUM), a network (syncytium) of muscle fibres that contract regularly and automatically without external stimulus. Fig. Cheapest generic cialis online. 225 Muscle . A sarcomere. the fleshy part of any animal that consists of tissue made up of highly contractile cells which serve to move parts of the body relative to each other. A muscle is composed of many fibres or muscle cells. In STRIATED MUSCLE. each cell contains a bundle of MYOFIBRILS each exhibiting a banding pattern and being made up of a number of SARCOMERES arranged end to end. The sarcomere is the unit of contraction and the banding visible over its surface results from the longitudal filaments which make up the myofibril being of two types, thick (dark) and thin (light). These filaments overlap as shown in Fig. 225. The thick filaments are composed of the protein MYOSIN and the thin filaments of ACTIN. Order cialis on internet. H. E. Huxley and K. Harrison found that on contraction, the light zones (I-BANDS) were comparatively narrow; on relaxation of the muscle the I-bands were broad. Where very strong contraction takes place the H-zone disappears and the thin filaments overlap. Huxley and Harrison proposed the sliding filament hypothesis, to account for their observations. Bridges occur between thick and thin filaments and in contraction the bridges pull thin filaments past the thick ones using a ratchet mechanism. Some filaments are retained in this pulled past position whilst others detach then reattach and repeat the pulling past action. ACTOMYSIN is formed at the point of contact of bridge and thin filament. Buy viagra cialis online canada. For each bridge to go through its cycle of attachment, contraction and reattachment, the splitting of one molecule of ATP is required, the cycles occurring between 50 and 100 times per second. The supply of ATP comes from MITOCHONDRIA between the fibrils. Calcium ions are released from vesicles in the sarcoplasmic reticulum, by the ACTION POTENTIAL passing along the surface of the fibre and these split the ATP. Troponin activated by the calcium displaces tropomyosin, which prevents myosin bridges from binding with actin fibrils. Once binding takes place this activates ATPase and on hydrolysis of ATP the bridge goes through its cycle of movement. Cheapest canadian pharmacy cialis. Figure 1: Muscles of the back. Figure 2: Muscles of the abdominal wall. Superficial layer shown on the right side of the body, deeper layer on the left. Adductor longus Adductor brevis Adductor magnus Psoas major Iliacus Pectineus Gluteus minimus Gluteus medius Gluteus maximus (deep quarter) Piriformis Obturator externus Obturator internus Gemelli. Body of pubis Body and inferior ramus of pubis Inferior ramus of pubis Lumbar vertebrae Iliac fossa Body and superior ramus of pubis Ileum Ileum Sacrum Sacrum Obturator membrane Internal surfaces of ileum, pubis Ischium, sides of sciatic notch. Linea aspera of posterior femur Linea aspera of posterior femur Lower medial femur, adductor tubercle Lesser trochanter Femur, inferior to lesser trochanter Posterior area of lesser trochanter Anterior area greater trochanter Lateral area greater trochanter Gluteal tuberosity of femur Greater trochanter Trochanteric fossa Medial area greater trochanter Medial area greater trochanter. Biceps femoris (long head) Semimembranosus Semitendinosus Gracilis Sartorius Tensor fasciae lata Rectus femoris Gluteus maximus (superior three-quarters. Ischial tuberosity Ischial tuberosity Ischial tuberosity Body and inferior ramus of pubis Anterior superior iliac spine Anterior one-quarter of iliac crest Anterior ileum Posterior area of ileum and sacrum. Cheap cialis online pharmacy prescription. Head of fibula Posterior-area medial tibial condyle Upper one-quarter medial tibia Upper one-quarter medial tibia Upper one-quarter medial tibia Lateral condyle tibia via iliotibial tract Patella, via quadriceps tendon Lateral condyle tibia via iliotibial tract. Vastus medialis Vastus intermedius Vastus lateralis Biceps femoris (short head) Popliteus. Anterior upper femur and tendon of adductor magnus Anterior and lateral surfaces of body of femur Greater trochanter and linea aspera of femur Linea aspera Lateral condyle of femur. Superior and medial surfaces of patella and capsule of knee joint Superior surface of patella and suprapatellar bursa Superior and lateral surfaces of patella and capsule of knee joint Head of fibula Posterior surface of upper tibia. Lateral surface of lateral condyle and posterior surface of medial femoral condyle Posterior surface of lateral femoral condyle. Calcaneum, via Achilles tendon Calcaneum, via Achilles tendon (acts with gastrocnemius. Soleal line and middle one-third of medial border of tibia and posterior surface of upper one-third fibula. Calcaneum, via Achilles tendon. Ankle and tarsus. Peroneus longus Peroneus brevis Tibialis anterior Tibialis posterior Peroneus tertius. Lateral surface of upper two-thirds of lateral fibula Lateral surface of lower two-thirds of lateral fibula Lateral surface of upper one-half of tibia and local interosseous membrane Upper one-half of tibia, fibula and local interosseous membrane Anterior surface of distal one-quarter of fibula. Base of first metatarsal and lateral side of medial (first) cuneiform Base of fifth metatarsal Base of first metatarsal and inferomedial aspect of medial (first) cuneiform Medial (first) cuneiform, inferior aspects of all tarsal bones (except the talus) and bases of second, third and fourth metatarsals Dorsal shaft of fifth metatarsal. Tarsus and toes. Extensor digitorum brevis Flexor digitorum brevis Flexor accessories (quadratus plantae) Abductor hallucis Abductor digiti minimi. Superior and anterior surfaces of the calcaneum Medial process of calcaneal tuberosity Plantar, medial and lateral aspects of calcaneum Medial process of calcaneal tuberosity and flexor retinaculum Calcaneal tuberosity.

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