They are long chains of sugar units
They are polymers of monosaccharides, Complex carbohydrates
Back
enzymes structure roles signaling
Front
what do amion acid do
Back
carbohydrates, lipids, proteins, nucleic acids
Front
what are the four large categories in cells
Back
Domain of unicellular prokaryotes that have cell walls that do not contain peptidoglycan
Front
archaea
Back
what are the three domain of life
Front
Bacteria, Archaea, Eukarya
Back
Has a nucleus, have organelles, larger
Front
Eukaryotic
Back
polar
Front
region or poles of the molecule have different charges
Back
Monosaccharides
Front
what are simple sugars and are the main fuel that cells use for cellular work
Back
single-celled organisms that lack a nucleus; prokaryotes
Front
bacteria
Back
Domain of all organisms whose cells have nuclei, including protists, plants, fungi, and animals
Front
Eukarya
Back
RNA
Front
agcu, singal strand
Back
Matter
Front
Anything that has mass and takes up space
Back
ionic bond
Front
what are formed between oppositely charged ions
Back
Solvant
Front
The dissolving agent is called the
Back
nucleic acids
Front
They provide the directions for building proteins, are information storage molecules
Back
use general principles to predict observation based on hupotheses
Front
deductive reasoning
Back
Lipids
Front
They do not mix with water
Examples: fats and steroids, and hydrophobic
Back
Single-celled, such as most bacteria and protists
Multicelled, such as plants, animals, and most fungi
Front
Organisms are either
Back
Base
Front
A compound that accepts H+ ions and removes them from solution
Back
moderate temperature, floating ice, cohison
Front
stuff water can do
Back
A central carbon atom bonded to four covalent partners
A side group that is variable among all 20
Front
what does a amion acid consit of
Back
Heat
Front
the amount of energy associated with the movement of the atoms and molecules in a body of matter
Back
all living things are composed of one or more cells; the cell is the basic unit of life; and new cells arise from existing cells.
Front
cell theory of life
Back
Protein
Front
is a polymer constructed from amino acid monomers, perform most of the tasks the body needs to function
They are the most elaborate of life's molecules
Back
what are some properties of life
Front
Reproduction,Capable of growth,Metabolize
utilization of energy
regulation,Comprised of at least one cell,
Back
chemical reaction
Front
Cells constantly rearrange molecules by breaking existing chemical bonds and forming new ones
Back
Temperature
Front
measures the intensity of heat
Back
covalent bond
Front
what forms when two atoms share one or more pairs of outer-shell electrons
Back
steroids
Front
Cholesterol is the "" from which your body produces other, The carbon skeleton is bent to form four fused rings
Back
Oxygen (O), Nitrogen (N), Carbon (C), and Hydrogen (H)
Front
what are for the 4 elemonts for humans life
Back
does not have nucleus, no organelles, smaller
Front
Prokaryotic
Back
hydrogen bond
Front
The polarity of water results in weak electrical attractions between neighboring water molecules
Back
Acid
Front
A chemical compound that donates H+ ions to solutions
Back
DNA
Front
agct, double strand
Back
DNA, deoxyribonucleic acid
RNA, ribonucleic acid
Front
What are the two types of nucleic acids?
Back
combine observations to discover general principles
Front
inductive reasoning
Back
Solute
Front
The dissolved substance is called the
Back
polymers
Front
what are made by stringing together many smaller molecules called monomers
Back
Carbohydrates
Front
what are Small sugar molecules in soft drinks Long starch molecules in pasta and potatoes
Back
Cohesion
Front
Water molecules stick together as a result of hydrogen bonding
Back
central core
Front
where is the atoms nuclues
Back
Atoms
Front
is the smallest unit of matter that still retains the properties of an elemen
Back
solid, liquid, gas
Front
three states of matter
Back
a-t, g-c
Front
base pairs
Back
peptide bond
Front
is a chemical bond formed between two molecules when the carboxyl group of one molecule reacts with the amino group of the other molecule, releasing a molecule of water (H2O)
Back
amion acid
Front
All proteins are constructed from a common set of 20 kinds
what is is a liquid consisting of two or more substances evenly mixed
Back
Section 2
(26 cards)
woolite
Front
DNA isolation
Back
facilitated diffusion
Front
- no energy is needed
- requires a membrane protein
- moves solutes from high to low concentration
Back
Exocytosis
Front
Secretes substances outside of the cell
Back
phagocytosis
Front
("cellular eating") a cell engulfs a particle and packages it within a food vacuole
Back
hypotonic solution
Front
has a lower concentrate of solute
Back
Benedict solution
Front
what solution looks for mono/disaccharide molecules
Back
Osmosis
Front
is the passive transport of water across a selectively permeable membrane
Back
pinocytosis
Front
("cellular drinking") a cell "gulps" droplets of fluid by forming tiny vesicles
Back
Ninhydrin
Front
amino acids and proteins
Back
hypertonic solution
Front
has a higher concentrate of solute, goes in
Back
selectively permeable
Front
Membranes of the cell are
Back
endocytosis
Front
Takes material into the cell
Back
hyotonic solution
Front
lower concentrate of solute goes out
Back
intergral membrane proteins
Front
span the entire phospholipids bilayer
Back
isotonic solution
Front
has equal concentration of solute
Back
isotonic solution
Front
A solution in which the concentration of solutes is essentially equal to that of the cell which resides in the solution
Back
Prokaryotic cells
Eukaryotic cells
Front
two major cell category
Back
lipids, proteins
Front
The membranes of cells are composed of
Back
phospholipids
Front
The lipids belong to a special category called
Back
hypertonic solution
Front
has a higher concentrate of solute
Back
the cell theory
Front
All living things are composed of cells
All cells form from previously existing cells
Back
simple diffusion
Front
is one mechanism to move molecules across a membrane,Molecules tend to spread into the available space
Diffusion is passive transport
-no energy is needed
-no membrane protein is needed
-solute move from high to low concentration
Back
separates the living cell from its nonliving surroundings
Front
what does the plasma cell do
Back
active transport
Front
requires energy to move molecules across a membrane
- requires energy
- requires a membrane protein
- can move solutes from low to high concentration