Pseudopod (literally: "false foot")
Study the terminology!
Amoebas move by changing the shape of their body, forming pseudopods (temporary foot-like structures). The word pseudopod means "false foot."
segmented body
amoeba gets around by moving in the cell. Which is only found in plant cells.
The anterior refers to the front of the body or an organ, while the posterior refers to the back. These terms are used to describe the location or position of structures in relation to the body.
amoebas are tiny parasites that live in your body and other orgnisms. they like to attach to you cells and destroy them.
Microtubule synthesis refers to the aggregation of microtubules in the body. These tubular structures combine to create more complex organelles.
Some amoebas are parasites, damaging the human body.
Can be both harmful and helpful. They can be harmful to humans because, many types of amoebas can carry diseases, and some can feed on human tissue. They can get into our body by, contaminated food and contaminated water. Amoebas are also helpful because they are part of the food chain.
To eat, the amoeba stretches out the pseudopod, surrounds a piece of food, and pulls it into the rest of the amoeba's body. Amoebas eat algae, bacteria, other protozoans, and tiny particles of dead plant or animal matter. Amoebas reproduce (make more amoebas) by a process called binary fission.
What ARE anatomy and physiology? These are two areas of medical study. Anatomy is the discipline or area of study which deals with the structure of tissues, organs and organisms. Physiology is the discipline which is more concered with the function of cells, tissues, organs and organisms.
Morphological divergence refers to how different species evolve distinct physical characteristics over time. Homologous structures are similar traits found in different species due to a common ancestor. In essence, morphological divergence can lead to differences in body structures, while homologous structures show similarities in body parts across species.
Amoeba's move by extending pseudopodia. They push microfiliments into their membranes and extend then out as far as they can is a " false foot " type extension. Ten they pull their cellular body up to the point of the pseudopodia extension.