Mendelian Genetics
DNA Replication
Transcription
Translation
Genetic Technologies
100

This type of cross looks at the parental alleles for two traits.

What is Dihybrid?

100

This enzyme breaks the hydrogen bonds between nitrogenous bases in DNA.

What is helicase?

100

This molecule catalyzes the process that makes mRNA.

What is RNA polymerase?
100

This is the location in the cell where mRNA and amino acids on tRNAs communicate with each other.   

What are ribosomes?

100

These cells have an unlimited capacity to divide into any tissue type.

What are stem cells?
200

These are examples of genotypes of the parents used in Mendel's monohybrid self-cross of his F1 generation of pea plants.

What is any allele denotation with one dominant allele and one recessive allele, for example,  Tt X Tt?

200

This enzyme adds a short RNA primer to the 5’ end.

What is DNA primase?

200

This is the area of a DNA template that has a TATA box where transcription factor binds.

What is the promoter region?

200

Proteins are made up of polypeptides, which are in turn made up of ________.

What are amino acids?

200
This process makes many copies of a particular fragment of DNA that you're interested in, starting with a very small fragment of DNA.

What is Polymerase Chain Reaction?

300

This is the term used when breeding an organism of unknown genotype (usually expressing a dominant phenotype) with a homozygous recessive  in order to determine the unknown genotype.

What is test cross?

300

This enzyme adds nucleotides to and, proofreads the newly synthesized leading and lagging strands of DNA.

What is DNA polymerase?

300

This strand is identical to the newly synthesized pre-mRNA strand, except that there is no uracil.

What is the DNA coding strand?

300

The information that is contained in a codon uses the following nitrogenous base pairs, that code for amino acids in a triplet code format.    

What are adenine and uracil, guanine and cytosine? 

300
This enzyme is used to make cDNA from mRNA.

What is reverse transcriptase?

400

These are BOTH the genotypic and phenotypic ratios of Mendel’s F2 generation of offspring possibilities.

What is the following:  1 homozygous dominant alleles to 2 Heterozygous alleles to 1 homozygous recessive alleles for the genotype ratio AND 3 Dominant traits to 1 Recessive trait for the phenotype chances?



400

The base pairing is not included in a DNA molecule.

What are adenine and uracil?

400
These three events must occur in order for the pre-mRNA to leave the nucleus and enter the cytoplasm as messenger RNA.

What is placing a methylated guanine cap at the 5’ end and placing a poly AAA tail on the 3’ end and splicing out introns?

400

This structure assists in bringing the right amino acid and matching up with the right codon using its anticodon area.

What are tRNAs?

400

This is the term for an animal that contains at least one foreign gene.

What is transgenic?

500

This is the concept (law) of taking a somatic cell and making it into haploid cells.

What is Mendel’s Law of Gene Segregation?

500

These are two characteristics of Okazaki fragments.

What are any two of the following: They are located on the newly synthesized lagging strand of DNA. DNA ligase is used more often on the lagging strand in order to remove RNA primers and to connect these newly synthesized fragments. They are complementary to the lagging template strand.   They are short strands of DNA. 

500

These are two facts that reveal how RNA Polymerase is different from DNA Polymerase.

What is the fact that RNA Polymerase doesn't require a primer to start making RNA and it uses ribonucleotides, instead of deoxyribonucleotides?

500
Released proteins do this in order to become a 3D shape or conformation based on charge attractions between atoms of the protein and the local chemical environment.
What is fold?
500

Name at least 4 components needed for DNA cloning.

What are dsDNA with gene of interest, restriction enzymes, a vector, such as a plasmid, DNA ligase, an organism that can make the copies for you, such as bacteria, growth media and antibiotics.

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