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AP Resources - Chapter 4/5
Chapter 4
DNA structure/function
Nucleotides
Nitrogenous Base
Cytosine
Thymine
Uracil
Adenine
Guanine
Base Pairs
Law of complementary base pairing
RNA structure/function
Gene Expression
mRNA
transcribe
Transcription
rRNA
3 attachment sites
Translation
Codon
tRNA
Mitosis
PMAT
P
M
A
T
Chapter 5
Epithelial tissue
3 major glands that epithelial tissue forms
Exocrine
Classes of Exocrine
Merocrine
Apocrine
Holocrine
Myoepithelial Cells
Endocrine
Hormone
Protein based
Lipid based
Target cell
Connective Tissue
Cells in CT
Blast
Cyte
Clast
Mast
Macrophage
Protein Fibers
Ground substance
GAG (glycosaminoglycan)
Proteoglycan
Chondoitin
Lacuna
Types of CT tissue
Fibrous
a. Loose CT
b. Dense CT
i. Dense regular
ii. Dense irregular
c. Areolar
CT
d. Reticular
e. Adipose tissue (FAT)
Cartilage
f. Hyaline
g. Fibrocartilage
h. Elastic
Bone
i. Compact
j. Spongy
Blood
Plasma
Formed Elements
Erythrocytes
Excitable Tissue
Nervous Tissue
Neurons
Neuroglia
Soma
Axon (nerve fiber)
Muscular Tissue
a. Skeletal Muscle
Muscle fibers
Sphincter
b. Cardiac muscle
Myocytes
Intercalated
c. Smooth muscle
Visceral Muscle
Membrane potential
Intercellular Junctions, Glands, Membranes
Intracellular Junctions
Tight Junctions
Desmosomes
Gap Junctions
Gland
endocrine
Exocrine
Membranes
Mucous Membrane
Function
Serous Membrane
Cutaneous Membrane (Skin)
Periosteum, endosteum, perichondrium
Synovial Membrane
Inflammation
Process of Inflammation
5 symptoms
Mediators of inflammation
4 types of chemicals
2 types of localized effects
Chemotaxis
Tissue Repair
3 classes of cells
2 types of repair
replacement
regeneration
Process of tissue repair
Angiogenisis
Types of blood vessels
Granulation
Tumors/Cancer
Neoplasm
2 kinds
1. benign
2. malignant
Cancer
Oncology
Hypertrophy
Atrophy
Hyperplagia
Apoptosis