CELLS

Plasma Membrane

Provides Protection for a cell, good environment, and transports nutrients

Nucleus

Houses DNA

Nuclear Membrane

Barrier to separate the contents of the nucleus from the cytoplasm.

Chromosomes

Carries Genetic information ofor the development and growth of the body

Cytoplasm

Give cell shape and hold organelles in place.

Golgi apparatus

collect, Sort, package, and distribute proteins and lipids.

Ribosomes

produce proteins.

Rough endoplasmic reticulum

site for protein synthesis.

Smooth endoplasmic reticulum

Site for lipid synthesis

Mitochondrion

Produce Energy for Cell’s survival and Functioning

Lysosome

Contain enzymes to digest ingested materials or damage tissue

Peroxisome

Executions of oxidative reactions with molecular oxygen

centriole

organize and spindle fibers during cell division

Proteasome

Site of destruction for ol and damaged proteins

Cytoskeleton

provide support organelle in place and enable cell to change shape.

cilia

are small, sender, hair-like stuctures that are presen on the surface at mamalian cell. they are like eyelashes, sweep materials across the surface

Flagella

hairlike structures in locomotion, provides motility and a whiplike appearance that helps a cell through a liquid.

Microvilli

Cell membrane on the free surface of a cell. increase absorps=tuin if useful materials back to the blood.

prophase

the chromatin condenses chromatin is the complex of DNA and proteins that is contained in the nucleus. the chromatin coils up and was compacted that resulted to the formation a usible chromosomes. Chromosomes is a piece of DNA that is highly organized.

Metaphase

the chromosomes align at the center. align themselves in the middle through a typeof cellular, "tug of war" the chromosomes that have been replicated and remain joined at the centromere are called chromatids.

Anaphase

in anaphase, the chromatids seperate at the centromere and migrate to the opposite parts. they are pulled apart or disjoin =puled apart or disjoin to opposite poles Its the shortest stage of mitosis

Telophase

Chromosomes unravel to become chromatin, this happens when they reach the opposite poles and begin to deconcense, relaxing once again into a stretched out chromatin configuration

cytokinesis begins in?

in Anaphase

has diploid chromosomes (46) cut in half

mitosis

divided into 4 kaya 23

meiosis