(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
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membrane activity/movement that does not use energy
Passive Transport
area of nucleus that makes our ribosomal subunits
Nucleoli
the gradient that drives passive processes in the body; high to low concentration
Concentration gradient
where detoxification and lipid synthesis occur
Smooth Endoplasmic Reticulum
when specific molecules causes the cell to use energy and bring in substances
Receptor-Mediated Endocytosis
non-polar molecules and lipid-soluble substances passing through membrane
Simple Diffusion
make up most of the plasma membrane
Phospholipids
cytoskeleton that forms microvilli
Microfilaments
the process somatic cells do to divide
Mitosis
molecules moving across the membrane passively by using a pore-like protein
Channel-Mediated Facilitated Diffusion
the process gametes use to divide
Meiosis
the pressure of chemicals from ICF and ECF onto the plasma membrane
Resting membrane potential
allow plasma membrane to be fluid
Cholesterol
the general process all cells do to divide
Cell Cycle
membrane using ATP to engulf large, solid molecules
Phagocytosis
a selectively permeable bi-layer for cells
Plasma Membrane
connection of cells that mainly is used to anchor
Desmosomes
double membrane structure of the nucleus that contains holes
Nuclear Envelope
theorized to have come from bacteria; hydrolysis within cell
Mitochondria
lipid of the plasma membrane that has a polar group attached; only found on the external wall of the cell
Glycolipids
directors in the process of making cilia and flagella
Centrosomes
fluid that lies between cells
Interstitial Fluid
uses acid to lyse molecules
Lysosomes
sodium and chloride; NOT together!!!
Chemical(s) of ECF
liquid filling of the cell
Cytosol
when two solutions have the same amount of solutes
Isosmotic
molecules using the potential energy from the concentration gradient to pass through the membrane; Na Glucose symporter
Secondary Active Transport
collections of compacted DNA units for when cells are dividing
Chromosomes
DNA to mRNA; nucleus
Transcription
membrane activity/movement that does use energy
Active Transport
most basic unit of life
Cells
when a molecule comes into the cell, goes across, and leaves a cell while using
Transcytosis
membrane using ATP to take out wastes and hormones
Exocytosis
solution that causes water to leave cells; cretinism
Hypertonic
uses oxidases to lyse molecules
Peroxisomes
molecules being 'brought' across the membrane non-energy using proteins; glucose only moving
Carrier-Mediated Facilitated Diffusion
connection of cells that allows nothing to pass through
Tight Junctions
cellular projections that aid in movement of the entire cell
Flagella
polar or large molecules crossing the membrane without using energy
Facilitated Diffusion
protein of the plasma membrane that helps 'mark' cells for recognition
Glycoproteins
membrane using ATP to bring liquids into the cell
Pinocytosis
used to produce amino acids from RNA
Ribosomes
movement of water through plasma membrane
Osmosis
when one solution has more solutes than another solution
Hyperosmotic
the cell's largest organelle with most of its genetic material
Nucleus
fluid outside of cells
Extracellular Fluid
molecules working against the concentration gradient by using ATP; NaK pump
Primary Active Transport
fluid inside cells
Intracellular Fluid
connection of cells that mainly is used for communication
Gap Junction
mRNA to protein; cytoplasm
Translation
packaging vesicles and shipping them out
Golgi Complex
undergoes hydrolysis in mitochondria for cellular respiration
ATP
examples include enzymes, pumps, and membrane carriers/channels
Globular Proteins
subunits of chromosomes made of compact DNA strains with histones
Chromatin
proteins completely embedded into the plasma membrane
Integral Proteins
protein unit that cleans up and recycle protein waste
Proteasomes
cellular projections that aids in movement of things across he cell surface
Cilia
cytoskeleton that helps form the general shape of organelles and help form cilia/flagella
Microtubules
potassium
Chemical(s) of ICF
when one solution has less solutes than other solution
Hyperosmotic
proteins that are partials out of the plasma membrane
Peripheral Proteins
site where membrane-bound ribosomes will work
Rough Endoplasmic Reticulum
cellular projections that helps increasing surface area for absorption
Microvilli
liquid of the cell with all of its organelles
Cytoplasm
solution that causes water to fill cells; lysis
Hypotonic
cytoskeleton that holds organelles in their place and helps form desmosomes
Intermediate Filaments
solution that has no effect on the water of the cell
Isotonic
