Mitosis
Meiosis
Mendel and heritable traits
DNA replication
Cellular Respiration and Photosynthesis
100

These type of cells have two pairs of homologous chromosomes

Diploid Cells

100

Meiosis consists of  _____ divisions and produces ___ cells

2 divisions, 4 cells

100

Humans have this many pairs of chromosomes

23

100

This enzyme breaks down the hydrogen bonds between the bases and "unzips" the DNA

Helicase

100

This molecules is the final electron acceptor in oxidative phosphorylation

Oxygen

200

Prokaryotic cells replicate by this type of cell division

Binary fission

200

These type of cells are the final result of Meiosis

Gametes

200

An organisms with one dominant and one recessive allele for a gene has this type of genotype

Heterozygous dominant

200

These three components make up a nucleotide

Sugar, Phosphate, Base

200

In this process glucose gets broken down into 2 pyruvate molecules

Glycolysis

300

At this location/point two sister chromatids are joinged/connected

Centromere

300

During this process homologous chromosomes exchange genetic information

Crossing Over

300

In a simple monohybrid cross that tracks one character there are this many phenotypes in the F2 generation

Two

300

These bases have two rings

Purines (Adenine and Guanine)

300

In this part of photosynthesis, energy from sunlight (photons) is converted into the intermediate energy carriers ATP and NADPH

Light dependent reaction

400

This type of groove appears during cytokinesis in animal cells

cleavage furrow

400

During this stage of Meiosis chromosome tetrads (duplicated, homologous chromosomes) line up along the cell plate/equator

Metaphase I

400
The unknown genotype of an individual can be determined via a test cross with this genotype

homozygous recessive

400

These fragments of DNA are being made when the lagging stand is replicated

Ogazaki Fragments

400

This enzyme in the inner mitochondrial membrane acts like a tiny motor powered by an H+ gradient, spinning to synthesize the energy-carrying molecule ATP

ATP Synthase

500

These are the four phases of the Cell Cycle

Growth Phase One (G1), DNA synthesis phase (S phase), Growth phase two (G2), Mitotic Phase (M)

500

Besides crossing over these two processes contribute to increase genetic variation in offspring.

Independent orientation and random fertilization

500

In this genetic inheritance pattern two different versions of a gene (alleles) are expressed equally to produce different traits in an individual

Co-dominance

500

This short string of nucleic acids binds after DNA is unzipped to initiate replication

RNA Primer

500

The citric acid cycle generates _ NADH molecules and _ FADH2. molecules per turn

3 (three), 1 (one)