(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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increases the effect of stimulus, ex. child labor
Positive feedback loop
Chromatin condenses, nuclei disappears
Prophase
when the cell divides during the cell cycle
Mitosis
microtubules attach to chromosomes and pull them apart
Anaphase
Nuclear envelope fragments, microtubules attach to kinetochores
Prometaphase
Region on each chromatid where they are most closely attached
Centromere
Signaling molecules
Ligand
cell fully split and create 2 new cells
Cytokinesis
muscle or gland that will respond
Effector
Final growth and preparations for mitosis
G2 phase
Chromosomes line up at the metaphase plate
Metaphase
all of a cells genetic information
Genome
proteins that link each sister chromatid to the mitotic spindle
Kinetochore
First phase in Interphase, cell grows and carries out normal function
G1 phase
when DNA associates with and wraps around a protein, it forms this
Nucleosomes
cells secrete chemicals that travel a short distance before being received by another cell
Local signaling
when DNA is replicated during interphase
S phase
strings of nucleosomes form this
Chromatin
the state of relatively stable internal conditions
Homeostasis
Reproductive cells, Haploid, one set of chromosomes
Gametes
protein that DNA wraps around
Histones
Two daughter nuclei form
telophase
alternating phases of interphase and mitosis
Cell cycle
means it happens inside the cell
intercellular
uses hormones in order to send signals to far away cells.
Long distance signaling
Small, nonprotein molecules and ions, amplify response
Second messengers
a variable that will cause a response
Stimulus
macromolecule that binds to a signal molecule to receive the signal
receptor
Longest portion of the cell cycle
Interphase
changes the effect of the stimulus
Response(in feedback loops)
secretory cells release local regulators via exocytosis to an adjacent cell, i.e.growth factors
Paracrine signaling
communication through cell junctions of cells in contact with each other
Direct contact cell communication
conversion of an extracellular signal to something that will cause a response
Transduction
neurons secrete neurotransmitters to perform communication.
Synaptic signaling
sensory organs that detect a stimulus
Receptor/sensor
reduces the effect of stimulus, ex. sweat
Negative feedback loop
first thing in cell to cell signaling, when a ligand binds to a receptor
Reception
body cells, Diploid, has two sets of chromosomes
Somatic cells
Converts a signal into a response that will alter a cellular process
Response(signaling pathway)
