Nano / / Micro/ / milli / / meter / / kilo / / Mega//Giga
CH1 Homeostasis- Anatomy- Anatomical Position- stands erect with feet flat on floor and ars at side with palms open and directed forward Physiology- sagittal plane-verticly thourgh body divted it right and left
Observing terms
Palpation-
Auscultation-
Percussion-
Gross Anatomy-
Microscopic Anot.-
People
Andrus Vesalias-
Robert Hooke &
Antony Van Leavenhook-
Charles Darwin-
Because of Darwin
Peer review-
Opposable thumbs-
Stereoscopic vision-
Anatomical position-
Sagital plane- passes vertically through the body dives it right and left
Transverse Plane- horizontaly diveds body into upper and lower
Frontal plane- vertically divides front and back
Directional terms
Ventral- toward front or belly
Dorsal-toward back or spine
Anterior-toward ventral side
Posterial-toward dorsal side
Cephalic-toward head or superior end
Rostral-toward forhead or nose
Caudal-toward the tail or inferior end
Superior-Above
Inferior- Below
Medial-toward median plane
Lateral-Away from the median plane
Proximal-closer to point of attachment or origin
Distal-farther from the point of attachment or orgin
Ipsilateral- on the same side of the body
Contralateral-the opposite sides of the body
Superficial-closer to the body surface
Deep-Farther from the body surface
Ch2
Nobel Gases-
Rule of halfway- H will try to gain halfway there
NA will try to lose one
2-2-8
Protons-
Neutrons-
Electrons-
Isotopes-
Ions-
Anion-
Cation-
Electrolytes-
Bonds- strongest to weekest
Covalent-
Ionic-
Hydrogen-always little guy
Nonpolar-
Polar
5 Features of water name and definition-cohesion, adhesion, good solvent, chemical reactivity, thermal stability
hydrophilic- hydrophobic- Acid
Base
PH Equation:
What is basic, neutral, acidic
Metabolism
Catabolism
Anabolism
Name and symbol
Hydroxyl-
Methyl-
Carboxyl-
Amino-
Phosphate-
Dehydration Synthesis-
Hydrolysis
Cabrbohydrates
Polysacharides
Gycogen
Strarch
Celluose
Saturated Fat-glycerol head 3 fatty acids Phospholipids- head philic tail-phobic same as trycliceral but with a phosphate head and 2 tails
Glucose-
Glycogen- Atp for now
Glycolosis- Atp for later
Glycerol-making fats
Protein-2 A.A 1 peptide bond 4 A.A. 3 pep. Bonds
4 common features of protein
Protein Structure:
Primary-
Secondary-
Tertiary-
Quaternary-
Activation energy-
Catalyst-
Basic Catalyst i.e. ENZYME
5 facts about enzyme
1.
2.
3.
4.
5.
CH3
What are pap smears looking for?
5 characteristics of cells
1.
2.
3.
4.
5.
Cell structure
Cell has proteins, lipids, carbohydrates in membrane
Nucleic acid in nucleus
Plasma membrane-
Nucleus-
Ribosomes-
Mitochondrion-
Lysosomes-
Flagellum-
Microvillus-
Cillia-
Organic molecules for living
Proteins-
Lipids-
Carbs-
Nucleic Acidis
Transport:
Simple diffusion-
Osmosis-
Facilitated Diffusion-
Filtration-
Active TransPort-
Hypertonic-
Isotonic-
Hypotonic-
Ch 4:
Replication-
Nucleotides-
Purines-pure as gold
Pyrimidines-
Shazaki-
A=T C(-*3)G 1. DNA Helicase enzyme 2. DNA polymerase 3. DNA lygose 4. DNA gyrace
Leading strand- Lagging strand-
Transcription uses U instead of T
RNA polymerase-
Translation-
Takes an enzyme to party get anticodon and sends it to ribosome to use amino acids to make protein
Base Triplet
Codon
Anti Codon
Stop Codon
Ch 26
Cellular Respiration:
Eq.
1. Gycolosis (ATP now) cytoplasim
Reactions-
Products
2. Matrix Reactions
Reactions:
Products:
Mitochandrian anatomy and physiology
3. Electron Transport Chain products Reactions
Total ATP 