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specialized cells
connective tissue
muscle tissue
epithelial tissue
nervous tissue
epithelial
seen outside of the body covering the organs and cavities
simple cuboidal
for secretion
simple columnar
for secretion and active absorption
simple squamous
exchange of material diffusion
stratified squamous
multilayered and regenerates for protections
pseudostratisfied
lining for respiratory
cilia
what is psuedo lined with
muscle tissue
aka myocytes
long tissues if ling cells
skeletal
striated voluntary
cardiac
stratiated with intercalated disk aka heart kinemberluz
smooth
not striated involuntarily
blood
made of plasma, liquid extracellular matrix, has water salts and dissolved proteins and erythrocytes
red blood cell
carry oxygen
white blood cell (leukocytes)
fighting off foreign material in the body
platelets
help with blood clotting
connective tissue proper
made of loose connective tissues in the skin and made of collagenous fibers in the tendons and the ligaments
adipose tissues
example of connective tissues, it stores fat
cartilage
made of collagenous fibers in chondroitin sulfate
bone
mineralized connective tissues forming cells depositing collagen
osteoblasts
what cells are formed in the bone that deposits collagen
nervous tissue
made of neurons and glial cells, they control and support cells, sense stimuli and transmit electrical signals
plant tissues
give structural support to plats because theyre stationary
merismatic and permanent tissues
2 types of specialized plant tissues
mersmatic
actively divide, increasing length and thickness like in the stem and roots
apical
tips of stems and roots they are the part that has linear growth
lateral
grows the diameter making it thicker happens beneath the bark
intercalary
in between permanent tissues increasing the size of the internode and branch formation
internode
a segment between two nodes, such as a part of a plant stem between points where leaves emerge, or a segment of a myelinated axon in a nerve cell between nodes of Ranvier.
permanent tissue
nondividing and come from meristematic tissues
simple permanent
parenchyma collenchyma sclerenchyma
parenchyma
para meaning beside and chyma meaning in filling, are thin cell walls that store food and provide support
collenchyma
along the parenchyma made of bulk of the plant tissues and helps the plant keep its shape filled with water
sclerenchyma
mechanical support and strength and protect the covering in nuts and seeds
complex permanent tissues
help transport organic material in the plant
xylem
one way transport, brings water and minerals also helps with suppoprt
phloem
two way transportation helps bring food and water
vascular tissues
where do you find the xylem and phloem
transpiration
one way
translocation
two way
specialized tissues
tissues with specific functions
somatic cells
with the help of mitosis this is where specialized cells come from
stem cells
initial cells of specialization