DNA & Genes
Hereditary Traits
Reproduction
Inheritance Patterns
Critical Thinking
100

This molecule contains the instructions for life.

DNA

100

Characteristics passed from parents to offspring.

Traits

100

Reproduction involving one parent.

Asexual Reproduction

100

When one allele completely hides another.

Dominance

100

Each parent provides this many alleles for each trait.

One

200

These are segments of DNA that control traits.

Genes

200

The passing of traits from parents to offspring.

Hereditary Inheritance

200

Reproduction involving two parents.

Sexual Reproduction

200

When two alleles blend together.

Incomplete Dominance

200

The location where chromosomes are found.

Nucleus

300

DNA is arranged into these structures inside the nucleus.

Chromosomes

300

Different versions of a gene.

Alleles

300

The joining of egg and sperm cells.

Fertilization

300

When both alleles are fully expressed.

Codominance

300

Why siblings may look different from one another.

Genetic Variation

400

The order of DNA bases is called this.

Sequence

400

An allele that always shows when present.

Dominant Allele

400

Offspring from this type of reproduction are genetically identical to the parent.

Asexual Reproduction

400

When many genes control one trait.

Polygenic Inheritance

400

This controls how traits appear in an organism.

Gene Expression

500

The process by which genes produce traits.

Gene Expression

500

An allele that only shows when two copies are present.

Recessive Allele

500

This type of reproduction increases genetic variation.

Sexual Reproduction

500

Skin color and height are examples of this inheritance pattern.

Polygenic Inheritance

500

The main advantage of genetic variation.

Increased Survival/ Adaptation