Hyderabad
08048036175
+919848399491
General Lab Supplies by MNC CHEMICALS SURGICALS

Frog:Skeletal System (55x90cm)

INR 201
In stockcod available
Phone Number

08048036175

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Email Address mnc.naveen@gmail.com

Mon-Thu: 10 AM - 2 PM • Fri: 3 PM - 7AM

Address Correspondence Address: Shop No. 20, 2nd Floor, Srirama Tower, Bogulkunta, Telangana

Hyderabad, India, 500001

Description

A “Frog: Skeletal System” (55×90 cm) educational chart provides a full-color, labeled diagram of the frog’s skeleton, highlighting both axial and appendicular components for zoology and anatomy instruction.​ Chart Features and Major Structures Size and Material: Measures 55×90 cm, printed in color and typically laminated for durability during repeated classroom or laboratory use. Axial Skeleton: Skull: Broad, flat with a triangular cranium, containing the brain and sensory capsules (eye, nasal, auditory).​ Vertebral Column: Usually 10 vertebrae—including the atlas (first), typical vertebrae (middle), sacral (eighth), and urostyle (the long, fused terminal bone). Frogs lack a neck and tail vertebrae.​ Absence of Ribs: Frogs do not have true ribs; their breathing mechanism relies on other adaptations.​ Appendicular Skeleton: Pectoral Girdle: Includes suprascapula, clavicle, coracoid, and sternum; supports and connects the forelimbs.​ Pelvic Girdle: Composed of ilium, ischium, and pubis, fused to support jumping and connect the hind limbs.​ Forelimbs: Humerus (upper), radio-ulna (fused forearm bones), carpals, metacarpals, and phalanges (fingers).​ Hindlimbs: Femur (thigh), tibiofibula (fused shin), tarsals, metatarsals, and phalanges (toes); elongated for leaping.​ Distinctive Features: Showcases adaptations for leaping (long hind limbs, fused bones). The chart may note differences with human skeletons, functional roles (jumping, burrowing), and evolutionary significance.​ Skull hyperossification and absence of neck/tail are sometimes explained for advanced study.​ This chart is ideal for supporting lessons on amphibian anatomy, comparative vertebrate structure, and the role of skeletal adaptations in locomotion and survival.

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