Question

Fill in the chart:

MAJOR TISSUE	SPECIFIC TYPE	LOCATION	FUNCTION
	Pseudostratified columnar
		Lines uterus, digestive tract organs
	Simple cuboidal
			Diffusion, filtration
	Stratified squamous
		Mammary gland ducts, sweat glands, pancreas
		Male gentilia, pharynx
			Specialized to become distended
	Loose (areolar) tissue (adipose)
		Tendons, ligaments
		Skin
		Lymphatic system
	Hyaline cartilage
		Outer ear, tip of nose
		Between vertebrae & knee joint
	Spongy bone	Irregular bones, epiphyses of long bones	Resists tensile forces of muscle
	Compact bone	Diaphysis of long bones, covers all bones	Resists compressive forces of body weight
	Blood	Within vessels	transportation

MAJOR TISSUE	SPECIFIC TYPE	LOCATION	FUNCTION
		Limbs, trunk, skull
	Smooth
		Heart
NERVOUS	Nervous tissue

Answer 1

Answer:

Please find the completed table below:

Major tissue	Specific type	Location	Function
Epithelial tissue	Pseudostratified columnar	Urethra of human male, olfactory mucosa, ducts of salivary gland; parotid	Protection, secretion of saliva, passage of urine
Epithelial tissue	Simple cuboidal	Ovaries, testes, proximal convoluted tubule, sweat, salivary, and thyroid gland	Production of gametes (germinal epithelium), secretion, absorption, protection, diffusion, filtration
Epithelial tissue	Stratified squamous (compound ET)	Epidermis of skin in land vertebrates, buccal cavity, pharynx, esophagus, vagina, lower part of urethra	Protection, prevention of water loss
Epithelial tissue	Transitional epithelium	Urinary tracts (urinary bladder, ureters)	Specialized to become distended
Epithelial tissue	Non keratinized stratified squamous epithelium	Male genitalia, pharynx	Protection from abrasion, checks for the water loss
Epithelial tissue	Stratified cuboidal epithelium	Mammary gland ducts, sweat glands, pharynx	Protection, secretion, absorption
Connective tissue	Loose (areolar tissue)	Mesenteries, blood vessels, peritoneum of body wall, viscera	Connects the different body parts together, allows a recovery of cells
Connective tissue	Loose (adipose tissue)	Subcutaneous tissue, mesenteries covering eye balls, kidneys, heart	Fat depots of the body, provides a definite body shape and contour, shock absorber
Connective tissue	Dense connective tissue (Tendon, ligament)	Human Skeleton	Tendon: connects bone to muscles and, Ligaments connects bone-bone
Epithelial tissue`	Keratinized stratified squamous epithelium	Epidermis of skin in land vertebrates	Protection, check for the water loss
Connective tiisue	specialized connective tissue made of reticulin fibres	Lymphatic system	providing assistance to the circulatory system, and maintaining the water levels within the body
Connective tissue	Specialized skeletal CT ; cartilage; Hyaline cartilage	Sternal ribs, trachea, nasal septum	Provides flexibility, stretchibility and compressibility
Connective tissue	Yellow elastic cartilage	Outer ear, tip of nose	Provides flexibility
Connective tissue	Fibrous cartilage (specialized conenctive tissue; skeletal CT)	Between Vertebrae and knee joint	provides protection to the girdles, acts as cushion and protects the structures from injuries
Connective tissue	Specialized skeleton CT (bones; spongy bones)	Irregular bones, epiphysis of long bones	Resists tensile force of muscles
Connective tissue	Specialized skeleton CT (bones; compact bones)	Diaphysis of long bones, covers all bones	Resists compressive forces of body weight
Connective tissue	Blood (Fluid CT)	Within blood vessels	Transportation
Connective tissue	Bone (Specialized skeletal CT)	Limbs, trunk, skull	Provides a definite structure, protection to delicate internal body parts
Muscular tissue	Smooth muscles (involuntary muscles)	Sphincters, lower part of esophagus, dartos-cremator muscles, arrector pilli muslces	Involuntary contraction and relaxation of muscles
Muscular tissue	Cardiac (heart muscles)	Heart	Involuntary continuous beating of the heart
Nervous tissue	Nerves	Brain, different body parts	Transmission of the information to and from the brain and the other different body parts