Mitosis vs Meiosis
Cell Cycle Basics
DNA Structure
DNA Replication
Protein Synthesis
Blood Type Genetics
Genetics in Action
Mendel & Inheritance
Genotype vs Phenotype
100

This process produces two identical daughter cells

mitosis

100

DNA replication occurs during this phase of the cell cycle.

S-phase of Interphase

100

DNA is located here in eukaryotic cells.

nucleus

100

The enzyme that unzips DNA by breaking hydrogen bonds.

helicase

100

The first step of protein synthesis where mRNA is made.

transcription

100

Blood type A and B are considered this type of inheritance.

codominance 

100

You began life as a single-celled organism called this.

zygote

100

The scientist known as the “Father of Genetics.”

Gregor Mendel

100

The genetic makeup of an organism.

genotype

200

This type of cell division produces gametes and increases genetic variation.

meiosis

200

Cells grow and prepare for division during this stage.

interphase (G1, S, G2)

200

The monomer (building block) of DNA.

nucleotide

200

The strand that is copied continuously during replication. 

(starts with an "L" - laid out in the 5' -3' direction)

leading

200

The process of using mRNA to build a protein.

translation

200

Blood type O has which antigens on red blood cells?

none

200

This process builds billions of cells from that original zygote.

mitosis

200

Mendel’s Law stating that alleles separate during gamete formation.

Law of Segregation

200

The physical traits you can observe.

phenotype

300

How many times does PMAT occur during meiosis?

2 x

300

Sister chromatids separate and move to opposite ends of the cell (AWAY from each other) during this phase.

Anaphase

300

The sides (BACKBONE) of the DNA ladder are made of these two components.

sugar and a phosphate group

300

The enzyme that adds complementary nucleotides to the growing strand. 

"The builder."

polymerase

300

mRNA uses this base instead of thymine (T).

uracil (U)

300

The Rh factor protein is represented by this letter.

D or d 

300

Proteins directly determine these.

traits

300

A cross involving two traits at the same time is called this.

dihybrid cross

300

A genotype with two different alleles (Aa) is described as this.

heterozygous

400

Homologous chromosomes pair up and exchange genetic material during this phase.

Prophase I

400

Cytoplasm divides during this final step of cell division.

Cytokinesis

400

These bonds hold complementary base pairs together.

hydrogen bonds

400

Replication results in two DNA molecules that are _____.

identical

400

The correct flow of genetic information in cells:

____ --> _____ --> _______

DNA --> RNA --> protein

400

What are the possible genotypes (4 letters) that could represent a person with an A+ blood type? 

a) Aodd, AAdd, AADd, AAdo

b)AADd, AADD, AoDd, AoDD

c) AoDD, Aodd, AADD, AoDd

d) ABDD, Aodd, AADD, ABDd



c) AoDD, Aodd, AADD, AoDd

400

Why chromosomes form during cell division.

to tightly package DNA so it can be moved safely

400

In Mendel’s pea plants, purple flowers were _____ over white flowers.

dominant

400

Which genotype produces a recessive phenotype?

homozygous recessive

500
  1. If the number of chromosomes in a squirrel’s skin cell is 40, how many chromosomes are in its muscle cell: a. 40  b. 20  c. 80  d. 120

a. 40

500

Cell division involving somatic cells is called:

Cell division involving embryonic cells is called:

mitosis

meiosis

500

The process of using mRNA to make a protein is called ______________

(starts with a T)

tranlsation

500

True or False: RNA uses ribose sugar and DNA uses deoxyribose sugar

True

500

Enzymes often end in what three letters: 

-ase

500

What blood type do I have if I have the genotype:

ABdd?

AB-

AB negative

500

Back to the Future

500

The white flowers were the dominant trait in Mendel's pea plant experiments.

false - the purple flowers were

500

My genotype for dimples is Dd.

D = no dimples

d= dimples

Do I have dimples?

no