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Bio II

Terms

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Cephalic
Head
Otic
Ear
Frontal
Forehead
Orbital
Eye Cavity
Buccal
Cheek
Nasal
Nose
Oral
Mouth
Cervical
Neck
Mental
Chin
Acromial
Point of shoulder
Sternal
center of chest
Axillary
Armpit
Pectoral Region
Chest(peck)
Mammary
breast
Brachial
Arm(upper)
Antecubital
front of elbow
Abdominal
abdomen/celiac
Antebrachial
forearm
Carpal
wrist
palmar
palm
digital
finger
genital
reproductive organs
crural
leg
tarsal
instep
pedal
foot
umbilical
navel
coxal
hip
inguinal
groin
occipital
back of head
vertebral
spinal column
dorsal
back
cubital
elbow
lumbar
lower back
sacral
between hips
gluteal
buttocks
perineal
butt crack
femoral
thigh
popliteal
back of knee
plantar
sole
Protists
Eukaryotic
mostly uni cellular
terrestrial, marine and aquatic.

Protozoa, Algea, Fungus like



Protist Locomotion
Amoeboid movement
cillary or flagella
both

Interaction
Mutualism - both benefit
Commesalism - one benifits one unaffected
Parasitism - on benefits the other harmed

procaryotic habitats
aquatic or marine
attached to substrate
terrestrial rely on moisture

6 phyla for protozoa
Rhizopoda:the amoebae
Foraminifera
Actinopoda
Zoomastigina
Ciliophora
Apicomplexa




The Amoeba
Food pulled in by limbs.
amoeboid movements
heterotroph

Paramecium
eat through oral groove
heterotroph
cillia movement



Euglena
Autotroph supported by heterotroph
2 flagella
Forminifera
dead bodies settle on sea floor, build up massive deposites

chalk cliffs

Zoomastigina
termite gut organisms, can digest cellulose

some are pathogens
trypanosoma (human sleeping sickness)
giardia (causes diarrhea)



Cillophora
Complex cells

system of microtubes known as kineties

thousands of cillia

vaculoe to control water

conjugation - sexual reproduction

2 nuclei (small diploid - reproduction, large polyploid controls metabolism and growth)













Paramecium reproduction
sexual. DNA is shared
Apicomplexans
malaria caused by (anopholes misquito)
Algae
photosynthetic
unicellular and multicellular

autotrophic but not plants lack vascular system, roots, stems and leaves

no cuticle to prevent water loss

no gametangia (gamete producing structures)










Seven Algae phyla
Euglenoids
Diatoms
shells form diotomaceous earth (a polishing agent used in toothpaste)
Chrysophyta
golden algae
Phaeophyta
brown algae
Chlorophyta
green algae
rhodophyta
red algae
Slime Molds
like fungi
slime mold types
plasomodial slime molds
cellular slime molds
water molds

Myxomycota
plasmodial slime mold
Acrasiomycota
cellular slime mold
oomycota
water molds
evolution of eukaryotes
protists may have been first eukaryotic cells

only diatoms and forams have tests in ancient rocks





endosymbiosis
evolution of the eukaryotes arose because of a series of phagocytotic events that gave rise to mitochondria and chloroplasts

Deck Info

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