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150 Cards in this Set
- Front
- Back
|
DNA polymerase
|
adds matching nucleotides and proofreads strand
|
|
|
Duplication
|
When a piece breaks off and attaches to a homologous one
|
|
|
Point Mutation
|
substitution
insertion deletion |
|
|
Polyploidy
|
Organism has extra set of chromosomes
|
|
|
_________ _______ used x-rays to find the shape of DNA
|
Rosalind Frankling
|
|
|
Transcription
|
mRNA copies info from DNA in the nucleus and goes in the cytoplasm
|
|
|
DNA polymerase
|
adds matching nucleotides and proofreads strand
|
|
|
DNA polymerase
|
adds matching nucleotides and proofreads strand
|
|
|
DNA polymerase
|
adds matching nucleotides and proofreads strand
|
|
|
Duplication
|
When a piece breaks off and attaches to a homologous one
|
|
|
DNA polymerase
|
adds matching nucleotides and proofreads strand
|
|
|
Duplication
|
When a piece breaks off and attaches to a homologous one
|
|
|
DNA polymerase
|
adds matching nucleotides and proofreads strand
|
|
|
DNA polymerase
|
adds matching nucleotides and proofreads strand
|
|
|
Duplication
|
When a piece breaks off and attaches to a homologous one
|
|
|
DNA is _________ into RNA which is *********** into proteins
|
translated
|
|
|
DNA polymerase
|
adds matching nucleotides and proofreads strand
|
|
|
Point Mutation
|
substitution
insertion deletion |
|
|
Duplication
|
When a piece breaks off and attaches to a homologous one
|
|
|
Polyploidy
|
Organism has extra set of chromosomes
|
|
|
translation
|
process in which proteins are made from the RNA code; takes place in cytoplasm
|
|
|
_________ _______ used x-rays to find the shape of DNA
|
Rosalind Frankling
|
|
|
DNA polymerase
|
adds matching nucleotides and proofreads strand
|
|
|
Duplication
|
When a piece breaks off and attaches to a homologous one
|
|
|
Point Mutation
|
substitution
insertion deletion |
|
|
Duplication
|
When a piece breaks off and attaches to a homologous one
|
|
|
Point Mutation
|
substitution
insertion deletion |
|
|
Duplication
|
When a piece breaks off and attaches to a homologous one
|
|
|
Duplication
|
When a piece breaks off and attaches to a homologous one
|
|
|
Point Mutation
|
substitution
insertion deletion |
|
|
Polyploidy
|
Organism has extra set of chromosomes
|
|
|
Polyploidy
|
Organism has extra set of chromosomes
|
|
|
Point Mutation
|
substitution
insertion deletion |
|
|
DNA polymerase
|
adds matching nucleotides and proofreads strand
|
|
|
_________ _______ used x-rays to find the shape of DNA
|
Rosalind Frankling
|
|
|
Point Mutation
|
substitution
insertion deletion |
|
|
Point Mutation
|
substitution
insertion deletion |
|
|
Transcription
|
mRNA copies info from DNA in the nucleus and goes in the cytoplasm
|
|
|
polypeptide
|
chain of amino acids that make up protein
|
|
|
Polyploidy
|
Organism has extra set of chromosomes
|
|
|
DNA is _________ into RNA which is *********** into proteins
|
translated
|
|
|
Duplication
|
When a piece breaks off and attaches to a homologous one
|
|
|
mRNA
tRNA rRNA |
messenger RNA
transport RNA ribosomal RNA |
|
|
Point Mutation
|
substitution
insertion deletion |
|
|
Polyploidy
|
Organism has extra set of chromosomes
|
|
|
_________ and ________ found the double helix
|
Watson and Crick
|
|
|
_________ _______ used x-rays to find the shape of DNA
|
Rosalind Frankling
|
|
|
translation
|
process in which proteins are made from the RNA code; takes place in cytoplasm
|
|
|
Polyploidy
|
Organism has extra set of chromosomes
|
|
|
Polyploidy
|
Organism has extra set of chromosomes
|
|
|
Transcription
|
mRNA copies info from DNA in the nucleus and goes in the cytoplasm
|
|
|
polypeptide
|
chain of amino acids that make up protein
|
|
|
DNA is _________ into RNA which is *********** into proteins
|
translated
|
|
|
_________ _______ used x-rays to find the shape of DNA
|
Rosalind Frankling
|
|
|
Transcription
|
mRNA copies info from DNA in the nucleus and goes in the cytoplasm
|
|
|
translation
|
process in which proteins are made from the RNA code; takes place in cytoplasm
|
|
|
Polyploidy
|
Organism has extra set of chromosomes
|
|
|
mRNA
tRNA rRNA |
messenger RNA
transport RNA ribosomal RNA |
|
|
_________ _______ used x-rays to find the shape of DNA
|
Rosalind Frankling
|
|
|
polypeptide
|
chain of amino acids that make up protein
|
|
|
DNA was responsible for ___________, not protein
|
Heredity
|
|
|
_________ _______ used x-rays to find the shape of DNA
|
Rosalind Frankling
|
|
|
_________ _______ used x-rays to find the shape of DNA
|
Rosalind Frankling
|
|
|
mRNA
tRNA rRNA |
messenger RNA
transport RNA ribosomal RNA |
|
|
_________ _______ used x-rays to find the shape of DNA
|
Rosalind Frankling
|
|
|
_________ and ________ found the double helix
|
Watson and Crick
|
|
|
Transcription
|
mRNA copies info from DNA in the nucleus and goes in the cytoplasm
|
|
|
Transcription
|
mRNA copies info from DNA in the nucleus and goes in the cytoplasm
|
|
|
DNA was responsible for ___________, not protein
|
Heredity
|
|
|
DNA is _________ into RNA which is *********** into proteins
|
translated
|
|
|
DNA is _________ into RNA which is *********** into proteins
|
translated
|
|
|
Hershey-Chase used _________ which ________ and what are they made of.
|
bacteriophages attack bacteria
made of nitrogen base, phosphate group, and deoxyribose sugar |
|
|
translation
|
process in which proteins are made from the RNA code; takes place in cytoplasm
|
|
|
DNA ________ and _________ genetic info
|
stores
transmits |
|
|
translation
|
process in which proteins are made from the RNA code; takes place in cytoplasm
|
|
|
polypeptide
|
chain of amino acids that make up protein
|
|
|
Griffiths Conclusion
|
Some factor from dead S could transform R into S
|
|
|
mRNA
tRNA rRNA |
messenger RNA
transport RNA ribosomal RNA |
|
|
Transcription
|
mRNA copies info from DNA in the nucleus and goes in the cytoplasm
|
|
|
_________ and ________ found the double helix
|
Watson and Crick
|
|
|
DNA is _________ into RNA which is *********** into proteins
|
translated
|
|
|
Point Mutation
|
substitution
insertion deletion |
|
|
Hershey-Chase used _________ which ________ and what are they made of.
|
bacteriophages attack bacteria
made of nitrogen base, phosphate group, and deoxyribose sugar |
|
|
Polyploidy
|
Organism has extra set of chromosomes
|
|
|
DNA ________ and _________ genetic info
|
stores
transmits |
|
|
translation
|
process in which proteins are made from the RNA code; takes place in cytoplasm
|
|
|
DNA was responsible for ___________, not protein
|
Heredity
|
|
|
Transcription
|
mRNA copies info from DNA in the nucleus and goes in the cytoplasm
|
|
|
DNA is _________ into RNA which is *********** into proteins
|
translated
|
|
|
Transcription
|
mRNA copies info from DNA in the nucleus and goes in the cytoplasm
|
|
|
Hershey-Chase used _________ which ________ and what are they made of.
|
bacteriophages attack bacteria
made of nitrogen base, phosphate group, and deoxyribose sugar |
|
|
DNA is _________ into RNA which is *********** into proteins
|
translated
|
|
|
polypeptide
|
chain of amino acids that make up protein
|
|
|
polypeptide
|
chain of amino acids that make up protein
|
|
|
Griffiths Conclusion
|
Some factor from dead S could transform R into S
|
|
|
translation
|
process in which proteins are made from the RNA code; takes place in cytoplasm
|
|
|
DNA ________ and _________ genetic info
|
stores
transmits |
|
|
mRNA
tRNA rRNA |
messenger RNA
transport RNA ribosomal RNA |
|
|
_________ and ________ found the double helix
|
Watson and Crick
|
|
|
_________ _______ used x-rays to find the shape of DNA
|
Rosalind Frankling
|
|
|
_________ and ________ found the double helix
|
Watson and Crick
|
|
|
DNA was responsible for ___________, not protein
|
Heredity
|
|
|
Transcription
|
mRNA copies info from DNA in the nucleus and goes in the cytoplasm
|
|
|
Griffiths Conclusion
|
Some factor from dead S could transform R into S
|
|
|
DNA is _________ into RNA which is *********** into proteins
|
translated
|
|
|
mRNA
tRNA rRNA |
messenger RNA
transport RNA ribosomal RNA |
|
|
DNA was responsible for ___________, not protein
|
Heredity
|
|
|
DNA is _________ into RNA which is *********** into proteins
|
translated
|
|
|
translation
|
process in which proteins are made from the RNA code; takes place in cytoplasm
|
|
|
Hershey-Chase used _________ which ________ and what are they made of.
|
bacteriophages attack bacteria
made of nitrogen base, phosphate group, and deoxyribose sugar |
|
|
polypeptide
|
chain of amino acids that make up protein
|
|
|
polypeptide
|
chain of amino acids that make up protein
|
|
|
translation
|
process in which proteins are made from the RNA code; takes place in cytoplasm
|
|
|
mRNA
tRNA rRNA |
messenger RNA
transport RNA ribosomal RNA |
|
|
_________ and ________ found the double helix
|
Watson and Crick
|
|
|
Hershey-Chase used _________ which ________ and what are they made of.
|
bacteriophages attack bacteria
made of nitrogen base, phosphate group, and deoxyribose sugar |
|
|
translation
|
process in which proteins are made from the RNA code; takes place in cytoplasm
|
|
|
polypeptide
|
chain of amino acids that make up protein
|
|
|
polypeptide
|
chain of amino acids that make up protein
|
|
|
mRNA
tRNA rRNA |
messenger RNA
transport RNA ribosomal RNA |
|
|
mRNA
tRNA rRNA |
messenger RNA
transport RNA ribosomal RNA |
|
|
_________ and ________ found the double helix
|
Watson and Crick
|
|
|
DNA ________ and _________ genetic info
|
stores
transmits |
|
|
DNA was responsible for ___________, not protein
|
Heredity
|
|
|
Griffiths Conclusion
|
Some factor from dead S could transform R into S
|
|
|
Hershey-Chase used _________ which ________ and what are they made of.
|
bacteriophages attack bacteria
made of nitrogen base, phosphate group, and deoxyribose sugar |
|
|
_________ and ________ found the double helix
|
Watson and Crick
|
|
|
DNA ________ and _________ genetic info
|
stores
transmits |
|
|
mRNA
tRNA rRNA |
messenger RNA
transport RNA ribosomal RNA |
|
|
DNA ________ and _________ genetic info
|
stores
transmits |
|
|
DNA was responsible for ___________, not protein
|
Heredity
|
|
|
DNA was responsible for ___________, not protein
|
Heredity
|
|
|
_________ and ________ found the double helix
|
Watson and Crick
|
|
|
Hershey-Chase used _________ which ________ and what are they made of.
|
bacteriophages attack bacteria
made of nitrogen base, phosphate group, and deoxyribose sugar |
|
|
DNA was responsible for ___________, not protein
|
Heredity
|
|
|
Griffiths Conclusion
|
Some factor from dead S could transform R into S
|
|
|
_________ and ________ found the double helix
|
Watson and Crick
|
|
|
DNA ________ and _________ genetic info
|
stores
transmits |
|
|
DNA was responsible for ___________, not protein
|
Heredity
|
|
|
Hershey-Chase used _________ which ________ and what are they made of.
|
bacteriophages attack bacteria
made of nitrogen base, phosphate group, and deoxyribose sugar |
|
|
Hershey-Chase used _________ which ________ and what are they made of.
|
bacteriophages attack bacteria
made of nitrogen base, phosphate group, and deoxyribose sugar |
|
|
Hershey-Chase used _________ which ________ and what are they made of.
|
bacteriophages attack bacteria
made of nitrogen base, phosphate group, and deoxyribose sugar |
|
|
DNA ________ and _________ genetic info
|
stores
transmits |
|
|
Griffiths Conclusion
|
Some factor from dead S could transform R into S
|
|
|
DNA ________ and _________ genetic info
|
stores
transmits |
|
|
Griffiths Conclusion
|
Some factor from dead S could transform R into S
|
|
|
Griffiths Conclusion
|
Some factor from dead S could transform R into S
|
|
|
DNA ________ and _________ genetic info
|
stores
transmits |
|
|
Griffiths Conclusion
|
Some factor from dead S could transform R into S
|
|
|
Griffiths Conclusion
|
Some factor from dead S could transform R into S
|
