apocrine
merocrine
holocrine
endocrine
ectoderm
endoderm
mesoderm
ectoderm and mesoderm
liver
heart
trachea
stomach
testis
epididymis
ovary
oviduct
connective tissues
epithelial tissues only
connective and epithelial tissues
animals
oesophagus
kidney
liver
epidermis of skin
squamous epithelium
ciliated epithelium
glandular epithelium
stratified epithelium
simple columnar
simple squamous
stratified squamous
cuboidal type
branched alveolar gland
simple tubular gland
compound tubular gland
compound aleveolar gland
epithelial tissues
connective tissues
muscular tissues
nervous tissues
informosomes
microsomes
desmosomes
mesosomes
cavities of the respiratory passages
cavities of the urogenital tract
cavities of alimentary tract
all of these
simple squamous epithelium
stratified squamous epithelium
simple columnar epithelium
transitional epithelium
simple tubular gland
simple coiled tubular gland
branched tubular gland
compound alveolar gland
Epithelial tissue is devoid of blood supply
Some cells when innervated are termed as sensory epithelium
Epithelial tissue is not capable of regeneration
Exocrine glands secrete their products without the help of ducts
Pseudostratified
Stratified
Squamous
Cuboidal
Epithelia are derived from ectoderm
Epilhelia are mesodermal in origin
Epithelia are endodermal in origin
Epithelial origin is variable
mucous glands
sebaceous glands
hair follicles
sweat glands
connective tissue
muscular tissue
nerve tissue
epithelial tissue
on skin surface
on the olfactory mucosa and taste buds of tongue
on the ears
all of these
ductless glands
apocrine glands
mesocrine glands
holocrine glands
inner lining of stomach
inner lining of intestine
all parts of alimentary carial
buccal caviy and oesophagus
nucleus
cytoplasm
basal granule
mitochondria
columnar cells
cuboidal cells
squamous cells
cuboidal epithelium with a brush border
squamous epithelium
stratified epithelium
glandular epithelium
pigmented epithelium
fluid tissue
vascular tissue
connective tissue
muscular tissue
lumen of gut
coelomic cavities
lumen of blood vessels
organs derived from mesoderm
by the presence of more cellular substance
by the presence of two or more nuclei in the cells
by the presence of more inter-cellular substance
by the presence of more cytoplasm
unicellular mucous glands
multicellular mucous glands
cuboidal epithelial cells
stratified cuboidal cells
connective tissue
intercellular fluid
intercellular cement
intercellular fluid and air spaces