Energy Release: Respiration
Energy Release: Respiration
Chromosomes and Genes
Chromosomes and Genes
Genetic Code
100

The term meaning "without oxygen"

Anaerobic

100

What are the three stages of cellular respiration

Glycolysis, Citric Acid Cycle, Electron Transport System

100

A nucleotide is made up of these (3)

Sugar, Phosphate, Base

100

The length of DNA that codes for an amino acid

Codon

100

A portion of DNA is copied to produce a single strand of this

mRNA

200

This is formed when oxygen is in low supply

Lactic acid

200

This process in cellular respiration is anerobic

Glycolysis 

200

A length of DNA that codes for a protein

Gene

200

More than 1 codon for an amino acid

Redundant Code

200

This occurs if enzymes cut original mRNA in the wrong place

Frameshift

300

This is where cellular respiration occurs

Mitochondria

300

Output of/ formed in glycolysis 

Pyruvic acid

300

These genes determine if a gene is turned on or off

Regulator genes

300

This refers to the change in allele frequency over generations.

Evolution

300

Parts of mRNA that are spiced together

Exons (think shady gas station)

400

This third carbon atom of pyruvic acid is removed by the lungs

CO2

400

Input of glycolysis 

Glucose

400

This is a base in RNA but NOT in DNA

Uracil

400

Use the codon chart. 2 parts

AUG

CAC

AUG: Start

CAC: his (histidine)

400

Parts of mRNA that are removed

introns

500

Describe oxidative phosphorylation

Using oxygen to add phosphate to ADP, thus forming ATP

500

Input of the Krebs cycle

Acetyl CoA

500

Explain how DNA replication is "Semiconservative" 

When DNA replicates, each new DNA molecule produced contains one strand from the original/ old DNA molecule and one newly synthesized strand, thus conserving half of the original DNA molecule 

500

Use the codon chart. 2 parts

GGA
AUC

GGA: gly (glycine)

AUC: ile (Isoleucine)

500

Different exon combinations

Alternative splicing

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