Cell Functions
Organ Systems
Phases of Mitosis and Meiosis
Cell Functions
Lifecycle of a cell
100

manufactures proteins

Ribosomes 

100

serves as a support for the body

skeletal system

100

the first stage of mitosis, where the replicated DNA within the nucleus condenses into visible, x shaped structures called chromosomes

Prophase

100

Digest and recycle used molecules

lysosomes

100

The 3-part phase is where a cell spends most of its life, growing and preparing for division. 

Interphase

200

manufacture energy for the cell

Mitochondrion


200

Hormones secreted by glands in the _________ system

Endocrine system

200

Where chromosomes condense and align at the cell's center, forming the metaphase plate, with each sister chromatid attached to microtubules from opposite poles of the cell

Metaphase


200

gel-like medium for cell organelles to reside in, facilitating metabolic reactions like glycolysis, supporting cell shape and transport via the cytoskeleton, and serving as a buffer to protect cell components from damage.

Cytoplasm

200

Stage of interphase where the cell carries out its normal functions and grows in size

G1 phase

300

assemble and package cellular products

Golgi Bodies

300

Breaks down food into tiny nutrient molecules that the body can absorb and use for energy, growth, and repair

Digestive System

300

Sister chromatids separate and move to opposite poles of the cell, pulled by spindle fibers

Anaphase

300

hollow rigid rods found in eukaryotic cells that play a key role in cell structure and movement. They are made of tubulin proteins and are a major part of the cytoskeleton. They have several functions including, cell shape, cell division, cell movement, organelle transport. 

Microtubules

300

Phase of interphase where the cell's DNA is replicated in preparation for mitosis

S phase

400

Controls all cell activity

Nucleus

400

Allows for locomotion

Produces heat

Maintains posture

Muscular System

400

the final stage of mitosis and meiosis, where chromosomes reach the cell poles, decondense back into chromatin, and two new nuclear membranes from around them, creating two distinct daughter nuclei. 

Telophase

400

Breaking down very long chain fatty acids, initiating the synthesis of plasmalogens, neutralizing reactive oxygen species like hydrogen peroxide through the enzyme catalase, and playing roles in immune signaling, cell signaling, and the detoxification of various poisons

Peroxisomes

400

If a cell with irreparable DNA damage proceeds through the cell cycle, it can lead to this uncontrolled proliferation of cells

Cancer

500

The network of membranes within a cell that synthesizes proteins and lipids, modifies proteins through folding and quality control, transports these materials throughout the cell, and stores and releases calcium ions for cellular processes like muscle contraction. 

Endoplasmic Reticulum

500

Forms the external body covering, protects deeper tissue from injury

Integumentary System

500

The end result of mitosis is the production of two genetically identical cells, which are also known as these. 

daughter cells

500

Ensure the correct and equal segregation of chromosomes during cell division

Centromeres

500

This is the division of the cytoplasm that occurs after the nucleus has divided

Cytokinesis

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