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WS_HSE_Catalog_VWR_new - Ward's Science

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40<br />

models | musculo-skeletal system<br />

Ligamentary<br />

Skeleton<br />

Demonstrate Movement with<br />

Simulated Ligaments<br />

Replica. Augment your orthopedic,<br />

physical therapy, kinesthetic,<br />

and sports medicine courses, with<br />

this skeleton featuring simulated<br />

ligaments, made of durable elastic.<br />

Positioned at the right shoulder,<br />

elbow, hip, and knee, the simulated<br />

ligaments move the joints in a<br />

realistic manner and help students<br />

gain a greater understanding of how<br />

the human body moves. Special<br />

U-brackets allow you to slide the arm<br />

and leg ligaments inside joints, just<br />

like the actual human skeleton. Arms,<br />

legs, and skull are removable; the<br />

calvarium is sectioned; and the mandible<br />

with maxillae and removable<br />

teeth are dissectable. Includes dust<br />

cover and and <strong>Ward's</strong> Osteological<br />

Preparations Brochure identifying 115<br />

structures. For easy transportation<br />

and demonstration, the skeleton is<br />

rod mounted on a stand with casters.<br />

Size: 72"H.<br />

823102 $1,046.40<br />

SOMSO® Advanced<br />

Muscular Skeleton<br />

Extremely Accurate<br />

Representations of Muscle Origins<br />

and Insertions<br />

Help students understand how muscle<br />

function affects limb movement with<br />

this exceptionally detailed skeleton. Its<br />

right side shows muscle<br />

origins in red and insertions<br />

in blue; in addition,<br />

the bones, structures, and<br />

foramina are numbered on<br />

its left side. Used with corresponding<br />

muscle anatomy<br />

models of the human<br />

torso, arm, or leg, the<br />

skeleton helps reinforce<br />

the structure of human<br />

muscles. Even the most<br />

demanding med tech,<br />

comparative anatomy,<br />

and anatomy and physiology<br />

courses will benefit<br />

from this skeleton’s detail.<br />

Constructed with durable<br />

metal hardware. The rodmounted<br />

skeleton is secured on a sturdy<br />

wheeled base; the ring-mounted skeleton<br />

can be suspended from the fitting secured<br />

at the top of the skull or can be stored in a cabinet. Full size and washable, it<br />

includes a plastic dust cover, key identifying 351 bone structures and 158<br />

muscles, and WARD’S Osteological Preparations Brochure. Size: 67"H. Note:<br />

The stand for ring-mounted skeletons is available separately.<br />

823640 Rod Mount $3,352.80<br />

823630 Ring Mount $3,398.40<br />

141372 Ring-Mount Skeleton Stand $161.20<br />

Flexible<br />

Ligamentary<br />

Skeleton<br />

The Most Versatile<br />

Skeleton Available<br />

Replica. This perfect reproduction<br />

of a human skeleton is cast directly<br />

from a specially selected natural<br />

human skeleton to ensure the finest<br />

details of bony surface are represented.<br />

Ligaments are featured on<br />

the hands and feet in addition to<br />

the shoulder, elbow, hip and knee.<br />

A flexible spine is complemented<br />

by nerve ends and arteries, with the<br />

muscle origins and insertions painted<br />

on the left side of skeleton. Over<br />

300 numbered structures, including<br />

a sectioned calvarium, bones, bony<br />

parts, sutures, fissures, and foramina,<br />

are all detailed in an accompanying<br />

key. Includes dust cover and and<br />

<strong>Ward's</strong> Osteological Preparations<br />

Brochure. Skeleton is rod mounted<br />

on a stand with casters. Size: 72"H.<br />

823103 $1,611.25<br />

Sarcomere<br />

Model<br />

Advanced Working<br />

Model for Muscular<br />

Examination<br />

The smallest functional unit<br />

of a myofibril of striated<br />

muscle, the sarcomere,<br />

is shown here<br />

with Z lines or disks at<br />

either end. Scaled to<br />

tens of thousands of<br />

times its actual size,<br />

this moving model<br />

graphically illustrates<br />

the sliding filament<br />

theory of skeletal muscle<br />

contraction. Reflecting the<br />

most recent advances in<br />

electron microscopic ultrastructure, the model unequivocally demonstrates<br />

that individual myofilaments neither change shape nor shorten<br />

— rather the proteins actin and myosin slide past one another, resulting<br />

in the shortening of the sarcomere itself. The arrangement, configuration,<br />

and function of thin filaments (actin, troponin, tropomyosin), and thick filaments<br />

(myosin II), the M-line and Z-line are all clearly depicted. Applications<br />

for ths model include physiology classes, athletic trainer education, sports<br />

medicine specialists, physical and massage therapists, and more. The working<br />

sarcomere model helps bridge the link between cellular physiology<br />

and muscle tone, muscle cramps, knots and tears. Model also features a<br />

translucent sheath representing the sarcoplasmic reticulum, which can be<br />

wrapped around the sarcomere to offer greater understanding of membrane<br />

action potentials and the role calcium ion transport plays in muscle<br />

contraction. Includes a user manual. Size: 22"L x 6"W x 8"H.<br />

817200 $1,058.85<br />

1.800.932.5000 | vwr.com

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