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Tissues and Primary Growth (Concepts (primary plant body (derived (shoot,…
Tissues and Primary Growth
Concepts
primary plant body
derived
shoot
apical
meristems
composed
primary tissues
#
constitutes
herbaceous
secondary plant body
derived
meristems
apical meristems
#
secondary tissues
wood
bark
3 basic parts
leaves
#
stems
#
roots
#
flowering plants
angiosperms
basal
eudicots
broadleaf
roses
asters
maples
monocots
grasses
lillies
cattails
palms
philodendrons
bromeliads
basic types
collenchyma
uneven walls
thick corners
deformed
pressure
tension
new shape
no water supply
wilts
droops
more glucose
alive maturity
epiphytes
orchids
philodendrons
plastic support
vine
shoot tips
young petioles
leaf
privet
sclerenchyma
1&2 walls
primary
secondary
dead maturity
develop
parenchyma
stop growing
proper size
proper shape
mature organs
from collenchyma
elastic support
deformed
pressure
tension
wind
air
snow
original
water support
upright
no droop
parenchyma
#
thin primary walls
80-100nm
maturity
alive
dead
many functions
conducts nutrients
long distances
phloem
soft parts
leaves
inexpensive
metabolically
seeds
pigmented cells
petals
fruits
protoplasm
tissue
most common
chlorenchyma
photosynthesis
#
chloroplasts
thin walls
ligth
co2
cells
germanium
internal organization
proper function
right cells
arrangment
organ tissues
epidermis
herbaceous stem
#
outermost surface
single layer
living parenchyma
human
thicker
many layers
dead cells
interchange material
plant
envirnment
air
high humidity
water loss
protection
barrier
internal cells
abrasion
dust
animals
leaves
stems
temperature
brightness
heat
mostly
thin walled
parenchyma cells
against invasion
bacteria
fungi
#
small insects
cuticle
cutin
fatty
impermeable
water retension
mild
moist
severe conditions
+wax
defense
digestive enzymes
pathogens
fungi
bacteria
guard cells
stomatal pore
stoma
daytime
CO2
cellulose microfibril
no uniform
diff weakness
diff extensions
absorb water
swelling
walls stretch
open pore
vapor escape
microbes enter
sunset
shrink
no h2o lost
so smooth
no stick
fungal spores
Hedera helix
ivy
thin wall
Agave
extremely thick
waterproofing
heavy sun
organs
leaves
sunlight
photosynthesis
covered
dust
spores
fungi
bacteria
insect poop
UV light
mutations
plants
nonfunctional leaf
animals
skin cancer
abscising
grow new
fresh
clean
no dirty
no groom
roots
support
water
stems
hold leaves
sexual reproduction
flowers
cones
young tree
fresh
vigorous
special chemicals
epidermis
cutin
waterproofing
indesgestible
bacteria
fungi
animals
endodermis
suberin
waterproofing
lignin
sclerenchyma
lignin
strength
waterproofing
cork
suberin
waterproofing
collenchyma
pectins
plasticity
stem growth/differentiation
apical meristems
mitosis
cytokinesis
progenitor cells
ground meristem
pith
interfasicular cambium
cortex
cork
provascular tissue
primary xylem
primary phloem
protoderm
epidermis
cork cambium
cork
phelloderm
fasicular cambium
secondary xylem
secondary phloem
cork cambium
primary tissues
formation
results
subapical meristems
protoxylem
first
xylem
tracheids
vessel elements
diving
elongating
metaxylem
secondary tissue
wood
bark
vascular
plant/people growth
animals
determinate
genes
organ size
organ #
cannot exceed
malnourishment
no growth
organogenisis
no new
plants
indeterminate
genetic potential
can exceed
growth
years
organogenesis
grow organs
leaves
roots
braches
flowers
fruits
exceptions
indeterminate animal
skin growth
tapeworm
head
host
neck
cells
repeat divide
new segment
old segement
eggs
breakoff
host's excrement
length
derminate plant
leaves
differentiate
mature
cant make
annual plants
1 year
death
blooms
seeds
tip
cell division
no weeks
no months
no organ
biennial plants
2 years
no ex care
no ex fert
1 many leaves
reproducing
dying
2
all again
genes
programmed'
photosynthesis
apical meristems
roots
leaves
stems
herbaceous
fungi
primary tissues
