Borrow Library Models and Technology

Good for BIO 167.
This life-size and fully flexible joint consists of portion of humerus, complete radius and ulna as well as joint ligaments.

Good for BIO 167.
This life size functional hip joint model clearly shows the anatomy and mechanics of the human hip joint. This fully flexible hip joint demonstrates abduction, anteversion, retroversion and internal/external rotation. This high quality functional joint consists of portion of femur, hip bone and joint ligaments.

Good for BIO 167.
This fully flexible knee joint model consists of portion of femur, tibia and portion of fibula; also includes meniscus, patella with quadriceps tendon and joint ligaments, including the ACL and PCL.

Good for BIO 167.
This functional shoulder joint model shows the anatomy and mechanics of the shoulder joint. Consisting of the scapula, clavical, portion of humerus and joint ligaments.

Used in BIO 167.
We have two full size human skeleton models.

Good for BIO 167.
Yorick includes over 160 number coded bones and features individual teeth with complete roots -- each in its own socket. A hinged flap in the right mandible swings open to expose the roots of the two premolars and first two molars in their sockets, plus an impacted third molar (wisdom tooth.)

Used in BIO 167.
A real life replica of the anatomy of the cervical spinal column consisting of occipital plate, the 7 cervical vertebrae with intervertebral discs, cervical nerves, vertebral arteries and spinal cord.

Used in BIO 168.
Portrays a human lateral incisor tooth from the lower jaw. The incisor divides longitudinally to expose its interior from crown to root.

Used in BIO 167 and 168.
This 3/4 life size muscled arm model illustrates both the superficial and deeper muscles, five of which are removable from the muscled arm. Tendons, vessels, nerves and bone components of the left arm and shoulder are shown in detail.

Used in BIO 168.
Shows muscles and blood vessels of the hand.

Used in BIO 167 and 168.
The muscular leg model illustrates both the superficial and deeper muscles, eight of which are removable. Tendons, vessels, nerves and bone components of the left leg and foot are shown in great detail in the muscular leg. All parts of muscular leg numbered.

Used in BIO 167 and 168.
This torso has over 20 removable and exchangeable organs, muscles, and bones. The heart is missing and there is no greater omentum.

Good for BIO 167 and 168.
A five-part medially divided model with numbered guide to show the primary parts of the human brain.

Used in BIO 168.
This is a life-size, 3-part anatomy model which demonstrates the entire digestive system in graphic relief. Digestive system features: nose, mouth cavity and pharynx, esophagus, GI tract, liver with gall bladder, pancreas, and spleen.

Used in BIO 168.
Hinged model with movable parts.

Good for BIO 168.
It shows the cardiac valves during diastole and on the base the valves are shown in systole. The chambers of the heart and vessels (including coronary vessels) in which oxygen-rich blood is transported have been displayed in red. Heart chambers and vessels which contain blood low in oxygen have been reproduced in blue.

Used in BIO 168.
Shows sectioned kidney (enlarged three times), two nephrons (enlarged 120 times), and glomerulus (enlarged 700 times).

Good for BIO 168.
With removable arytenoid cartilages, vocal cords, and epiglottis.

Used in BIO 168.
The model illustrates the structure of the functional and structural components of the liver in two different enlargements. The left part of the model shows a section of the liver that comprises several liver lobules. The right part of the model is a highly magnified view of the sectioned liver lobule on the left.

Used in BIO 168.
This model shows the lungs with representation of the bronchial tree close to the heart, trachea, oesophagus and aorta. The lung is detachable into two lobes and single segments. The segments are color coded and their position can be easily identified in the bronchial tree. The bronchial tree contains the lobar bronchi and segmental bronchi.

Used in BIO 168.
Female genital organs with bladder and rectum fully exposed and removable.

Used in BIO 168.
Rectum, bladder with prostate and testicular duct and external male genital organs, fully exposed, and removable.

Good for BIO 168.
This life-size model shows the viscera and structures which form the urogenital system, and some of the related anatomy such as the sigmoid colon and rectum.

Used in BIO 167.
Anatomical model of the human skin from three body regions, scalp, axilla (armpit) and sole of the foot.

Used in BIO 168.
This model includes the following removable parts: two-part larynx, trachea with bronchial tree, two-part heart, subclavian artery and vein, vena cava, aorta, pulmonary artery, esophagus, two-part lung (front halves removable), and diaphragm.

Good for BIO 168.
Human torso model with removable head, heart, lungs, stomach, liver with gall bladder, intestinal tract, and front half of kidney.

Used in BIO 167 and 168.
This torso has over 20 removable and exchangeable organs, muscles, and bones. The heart is missing and there is no greater omentum.

Used in BIO 168.
The pancreas, duodenum, gallbladder, spleen and kidney are "suspended" in their natural anatomical positions to allow detailed study from all angles. The pancreas is dissected and the gallbladder is detachable.

Used in BIO 167 and 168.
This Urinary System all-in-one-model shows: structures of retroperitoneal cavity, large and small pelvis with bones and muscles, inferior vena cava, aorta with its branches including iliacal vessels, upper urinary tract, rectum, and kidney with adrenal gland. Features easy to change male insert (bladder and prostate, front and rear half) and female insert (bladder, womb and ovaries, 2 lateral halves).

Used in BIO 167.
Microscopic and ultramicroscopic structures commonly found in the typical animal cell are shown both in section and in high relief. Each structure is labeled with an embossed number and identified in the teacher's manual.

Used in BIO 168.
A colorful and anatomically accurate teaching aid of the human circulatory system. This 1/2 life-size relief model of the human circulatory system details the following anatomical structures: arterial/venous system, heart, lung, liver, spleen, kidneys, partial skeleton.

Used in BIO 168.
This is a life-size, 3-part anatomy model which demonstrates the entire digestive system in graphic relief. Digestive system features: nose, mouth cavity and pharynx, esophagus, GI tract, liver with gall bladder, pancreas, and spleen.

Used in BIO 168.
The model illustrates the structure of the fine tissures of four characteristics sections of the digestive systems. The front of the model, from top to bottom, shows a magnified view in histological section of the individual sections of the digestive system and their fine tissue structures. On the back of the model, highly maginified views of didactically interesting areas of each of the digestive system section shown on the front are emphasized.

Used for BIO 167 and 168.
Model of median section of human head. Shows sectional view of the bones of the cranium, the brain, nose and throat cavities, and the larynx.

Used in BIO 167 and 168.
This hundreds of times life-size model portrays three of the more than 5 million villi which line the walls of the small intestine. One villus is shown intact, another one is sectioned to reveal the network of arterioles and venules, and the third one is sectioned at a different level to show its lymphatic vessels.

Good for BIO 167.
This nervous system relief model shows a schematic representation of the central and peripheral nervous system

Used in BIO 167 and 168.
This Urinary System all-in-one-model shows: structures of retroperitoneal cavity, large and small pelvis with bones and muscles, inferior vena cava, aorta with its branches including iliacal vessels, upper urinary tract, rectum, and kidney with adrenal gland. Features easy to change male insert (bladder and prostate, front and rear half) and female insert (bladder, womb and ovaries, 2 lateral halves).