Mitochondria organelle where cellular respiration happens G2 phase phase of interphase where cell is checking for mistakes to go into mitosis Translation 2nd step of protein synthesis where amino acids are attached to create a protein protein biomolecule that is used for muscle growth, and movement Active Transport ATP is used to move molecules against the concentration gradient Prophase step in mitosis where all the DNA is starting to become organized Lysogenic Cycle the reproductive cycle of a virus where the virus combines it's DNA with the host cells DNA Anaphase step in mitosis where the sister chromatids are separating Prokaryotic has no nucleus, and is very simple identical, somatic cells type of cells that mitosis makes Uracil Replaces the thymine in DNA for this base Telophase step in mitosis where 2 nucleus reappear Metaphase step in mitosis where the chromosomes line up at the middle of the cell mRNA carries a message from the DNA outside the nucleus to the cytoplasm on the ribosome DNA genetic code, thats double stranaded S phase phase of mitosis where DNA is replicating Passive Transport type of transport where no ATP is used enzyme protein, that lowers activation energy and speeds a reaction up tRNA carries amino acid anad anticodon codon 3 nitrogenous based grouped together Biomolecules nucleic acids; proteins;carbohydrates; lipids Nucleotide made of phosphate, sugar, and base G1 phase phase of interphase where the cell is growing adenine In DNA thymine pairs with... double helix shape of DNA UGA UAA UAG stop codons Mitosis process of creating new somatic cells for growth and repair amino acid is the building block of a protein Chloroplast organelle where chloroplast happens active site where the substrate binds to the enzyme Cellular Respiration process that involves breathing in oxygen and breathing out carbon dioxide CO2 + H2O products of cellular respiration, but reactants of photosynthesis codon chart used to get the amino acids ribosome where protein synthesis happens ATP represents energy Protein Synthesis process where proteins are made Host Cell whats needed for a virus to reproduce Photosynthesis process plants use to create their own food/energy Non- living the state of which a virus is in until it attaches to a host cell Transcription 1st step of protein synthesis where DNA gets transcribed to mRNA Lytic Cycle the reproductive cycle where the virus injects its viral genetic material and kills the host cell Glucose + Oxygen products of photosynthesis, but also reactants of cellular respiration temperature and pH factors affecting enzyme function Capsid structure of the virus that stores and protects the genetic material AUG start codon Interphase phase where 23 hours of the day are spent to get the cell ready for cell division RNA a nucleic acid, and single stranaded molcule Eukaryotic complex, has nucleus, and membrane bound organelles Mitochondria organelle where cellular respiration happens G2 phase phase of interphase where cell is checking for mistakes to go into mitosis Translation 2nd step of protein synthesis where amino acids are attached to create a protein protein biomolecule that is used for muscle growth, and movement Active Transport ATP is used to move molecules against the concentration gradient Prophase step in mitosis where all the DNA is starting to become organized Lysogenic Cycle the reproductive cycle of a virus where the virus combines it's DNA with the host cells DNA Anaphase step in mitosis where the sister chromatids are separating Prokaryotic has no nucleus, and is very simple identical, somatic cells type of cells that mitosis makes Uracil Replaces the thymine in DNA for this base Telophase step in mitosis where 2 nucleus reappear Metaphase step in mitosis where the chromosomes line up at the middle of the cell mRNA carries a message from the DNA outside the nucleus to the cytoplasm on the ribosome DNA genetic code, thats double stranaded S phase phase of mitosis where DNA is replicating Passive Transport type of transport where no ATP is used enzyme protein, that lowers activation energy and speeds a reaction up tRNA carries amino acid anad anticodon codon 3 nitrogenous based grouped together Biomolecules nucleic acids; proteins;carbohydrates; lipids Nucleotide made of phosphate, sugar, and base G1 phase phase of interphase where the cell is growing adenine In DNA thymine pairs with... double helix shape of DNA UGA UAA UAG stop codons Mitosis process of creating new somatic cells for growth and repair amino acid is the building block of a protein Chloroplast organelle where chloroplast happens active site where the substrate binds to the enzyme Cellular Respiration process that involves breathing in oxygen and breathing out carbon dioxide CO2 + H2O products of cellular respiration, but reactants of photosynthesis codon chart used to get the amino acids ribosome where protein synthesis happens ATP represents energy Protein Synthesis process where proteins are made Host Cell whats needed for a virus to reproduce Photosynthesis process plants use to create their own food/energy Non- living the state of which a virus is in until it attaches to a host cell Transcription 1st step of protein synthesis where DNA gets transcribed to mRNA Lytic Cycle the reproductive cycle where the virus injects its viral genetic material and kills the host cell Glucose + Oxygen products of photosynthesis, but also reactants of cellular respiration temperature and pH factors affecting enzyme function Capsid structure of the virus that stores and protects the genetic material AUG start codon Interphase phase where 23 hours of the day are spent to get the cell ready for cell division RNA a nucleic acid, and single stranaded molcule Eukaryotic complex, has nucleus, and membrane bound organelles
(Print)
organelle where cellular respiration happens
phase of interphase where cell is checking for mistakes to go into mitosis
2nd step of protein synthesis where amino acids are attached to create a protein
biomolecule that is used for muscle growth, and movement
ATP is used to move molecules against the concentration gradient
step in mitosis where all the DNA is starting to become organized
the reproductive cycle of a virus where the virus combines it's DNA with the host cells DNA
step in mitosis where the sister chromatids are separating
has no nucleus, and is very simple
type of cells that mitosis makes
Replaces the thymine in DNA for this base
step in mitosis where 2 nucleus reappear
step in mitosis where the chromosomes line up at the middle of the cell
carries a message from the DNA outside the nucleus to the cytoplasm on the ribosome
genetic code, thats double stranaded
phase of mitosis where DNA is replicating
type of transport where no ATP is used
protein, that lowers activation energy and speeds a reaction up
carries amino acid anad anticodon
3 nitrogenous based grouped together
nucleic acids; proteins;carbohydrates; lipids
made of phosphate, sugar, and base
phase of interphase where the cell is growing
In DNA thymine pairs with...
shape of DNA
stop codons
process of creating new somatic cells for growth and repair
is the building block of a protein
organelle where chloroplast happens
where the substrate binds to the enzyme
process that involves breathing in oxygen and breathing out carbon dioxide
products of cellular respiration, but reactants of photosynthesis
used to get the amino acids
where protein synthesis happens
represents energy
process where proteins are made
whats needed for a virus to reproduce
process plants use to create their own food/energy
the state of which a virus is in until it attaches to a host cell
1st step of protein synthesis where DNA gets transcribed to mRNA
the reproductive cycle where the virus injects its viral genetic material and kills the host cell
products of photosynthesis, but also reactants of cellular respiration
factors affecting enzyme function
structure of the virus that stores and protects the genetic material
start codon
phase where 23 hours of the day are spent to get the cell ready for cell division
a nucleic acid, and single stranaded molcule
complex, has nucleus, and membrane bound organelles
