how r plant and animal cells similar in structure?
951836
All cells have cell membranes.  They both have DNA and a lot of other stuff common to all life forms.  The main difference is that animal cells don't have cell walls but plant cells do.  If I were God, I would make animal bone cells have cell walls.  That would be cool.
922834
i think plant and animal cells both have mitochondria. Because mitochondria is the so called powerhouse of the cell, which means the cell derives its energy from the mirochondria. So plant and animal cells should have it to provide them energy.
880811
I don't have any picutres for you to look at, but I can give you an explanation.\nanimal cells are going to be more rounded, and plant cells are more rectangular.\nRemember: PMAT, these are the phases of mitosis\nProphase-the chromatin begins to condense into chromosomes and the nucleus begins to break down.\nMetaphase-The Chromosomes line up or Meet or "MET" at the cellular equator\nAnaphase- The chromosomes are pulled apart at the centromere\nTelophase- The chromatin decondenses and the neclues reforms\nAlso, the diff. between animal and plant cells....\nAnimal cells have a cleavage furrowl like a figure-8.\nPlant cells build a cell plate in between the separated chromosomes\nMitosis results in two daughter chromosomes.
374688
The relative rigidity of the cell wall renders plants sedentary, unlike animals, whose lack of this type of structure allows their cells more flexibility, which is necessary for locomotion. The plant cell wall serves a variety of functions. Along with protecting the intracellular contents, the structure bestows rigidity to the plant, provides a porous medium for the circulation and distribution of water, minerals, and other nutrients, and houses specialized molecules that regulate growth and protect the plant from disease.(plants do not have an immunity system, and cell wall is a good barrier)
925772
In plant cells Cell Plates appear after division of nuclease which divide it in to two equal daughter cell, while in animal cell after nuclease division cell membrane receive external pressure which devoid Cell in to two equal cells.
27826
Prokaryotic cells and eukaryotic cells have a lot in common. They perform most of the same kinds of functions, and in the same ways. Both are enclosed by plasma membranes, filled with cytoplasm, and loaded with small structures called ribosomes. Both have DNA which carries the archived instructions for operating the cell. And the similarities go far beyond the visible--physiologically they are very similar in many ways. For example, the DNA in the two cell types is precisely the same kind of DNA, and the genetic code for a prokaryotic cell is exactly the same genetic code used in eukaryotic cells.
380045
In animals and plants, cells are the smallest units that can be considered alive. Your body, like all human bodies, is a collection of many many cells. Nearly all cells have the same basic parts - a nucleus, which has DNA, and a cell membrane, which acts as sort of a skin for the cell, keeping insides in, and outsides out. \n\nCells are arranged together to form tissues, which in turn arrange together to form organs, which fit together to form systems (like the digestive system), which in turn all keep you as one functioning living being!\n\nMost cells in a large organism like plants and animals have specialized purposes as well - some are nerve cells, transmitting signals to and from the brain to the rest of the body, some are in your blood, carrying oxygen to the rest of the body, some form your skin, keeping you from getting infected from outside. \n\nCells have their own lifespans, and can reproduce and die.\nSometimes, a mutation happens in cells, and they don't follow their genetic instructions and might grow and reproduce abnormally -- this is what cancer is.
502070
The most important feature distinguishing the cells of plants from those of animals is the cell wall. In plants this wall protects the cellular contents and limits cell size. It also has important structural and physiological roles in the life of the plant, being involved in transport, absorption, and secretion.
972697
Centrioles.\n\nNucleic acid.\n\nCell membrane is found in both animals and plants but cell wall is found only in plants. Cell wall is made up of cellulose (carbohydrates), while cell membrane is made up of lipids. Cell wall does not regulate the movement of substances in and out of it, but cell membrane does.
455022
cells dont have cells but they they have organelles which are sort of like cells, which includes mitochondria, ribosomes, golgi apparatus, etc. that have various functions such as converting sugar to energy, synthesizing proteins, etc. they're sort of like minature organs if the cell was your body (hence the name organelles
97140
In an animal cell, cytokinesis is accomplished by a ring of protein that tightens and eventually splits the cell into two.  In plants, cytokinesis is accomplished by small packets of membrane (vesicles) that fuse in the midline and deposit new material to make a new cell plate (cell wall).
172104
An animal cell is a form of eukaryotic cell which make up many tissues in animals. The animal cell is distinct from other eukaryotes, most notably plant cells, as they lack cell walls and chloroplasts, and they have smaller vacuoles. Due to the lack of a rigid cell wall, animal cells appear to be circular (though are often deformed by surrounding cells) under microscopes - in three dimensions the cells are normally spherical.
66097
Plant cells have Chloroplast... Cell Walls... and Water Vacuoles\n\nAnimals cells... of a centrioul, and food Vacoules.\n\nThose are the main differences of the organells
776165
Plant cells have a rigid cell wall so during telephase (cytokinesis), they use a different method of divergence ('splitting' of the cell). The process is complicated, so state that plant cells do not cleave like animal cells and that they produce a cell plate from the Golgi apparatus. Also, plant cells don't have centromeres and instead use astral fibres.\n\nBefore mitosis begins, chromosomes are replicated so that their numbers are doubled.\n\nAfter a cell undergoes mitosis, the two new cells are completely identical and have the same DNA. A difference which may occur, but is of little importance, is that one cell may receive more organelles then the other when division occurs by chance.\n\nIt's important for the nuclear membrane to disintegrate during mitosis so that the chromosomes can attach to the spindle fibres and allign at the metaphase plate (or the 'equator'). It's also required so that the chromosomes can be pulled apart from each other during anaphase, and allow the division of the cell.
907288
Many ways.\n\nPlants would have organelles specific to a plant and would be a rectangular shape with 2 nuclei during cytokinesis\n\nanimal would have no chroloplasts and would be oval because the nuclei push as far apart as possible and the animal cell is flexible, not rigged like a plant.
1045203
Lol. I did this for homework once. Ok ok ok. I'll help yah out since i'm a pretty cool chickk. I'm not going to spend all day rewording these for you so you're going to have to do that part yourself, k?♥\n\nMitochondria: \nMitochondria are the cells' power sources. They are distinct organelles with two membranes. Usually they are rod-shaped, however they can be round. The outer membrane limits the organelle. The inner membrane is thrown into folds or shelves that project inward. These are called "cristae mitochondriales".\n\nChloroplast:\nA green structure, or organelle, contained in the cytoplasm of plant cells. Chloroplasts are reponsible for the green color of almost all plants and are lacking only in plants that do not make their own food, such as fungi and nongreen parasitic or saprophytic higher plants. The chloroplast is generally flattened and lens-shaped and consists of a body, or stroma, in which are embedded from a few to as many as 50 submicroscopic bodies–the grana–made up of stacked, disklike plates. The chloroplast contains chlorophyll pigments, as well as yellow and orange carotenoid pigments. Chloroplasts are thus the central site of the photosynthetic process in plants. The chloroplasts of algae are simpler than those of higher plants and may contain special, often conspicuous, starch-accumulating structures called pyrenoids.\n\nGolgi Apparatus:\nThe Golgi apparatus (also called a Golgi body, Golgi complex, or dictyosome) is an organelle found in most eukaryotic cells, including those of plants, animals, and fungi. The name comes from Italian anatomist Camillo Golgi, who identified it in 1898. The primary function of the Golgi apparatus is to process proteins targeted to the plasma membrane, lysosomes or endosomes, and those that will be formed from the cell, and sort them within vesicles. Thus, it functions as a central delivery system for the cell. It is part of the endomembrane system.\n\nRough&Smooth Endoplasmic Reticulum:\nThe endoplasmic reticulum or ER (endoplasmic means "within the cytoplasm," reticulum means "little net") is an organelle found in all eukaryotic cells. It is part of the endomembrane system. The ER modifies proteins, makes macromolecules, and transfers substances throughout the cell. Prokaryotic organisms do not have membranous organelles and thus do not have an ER. The basic structure and composition of the ER is similar to the plasma membrane, although it is actually an extension of the nuclear membrane. The ER is the site of the translation, folding, and transport of proteins that are to become part of the cell membrane (e.g., transmembrane receptors and other integral membrane proteins) as well as proteins that are to be secreted or "exocytosed" from the cell (e.g., digestive enzymes).\n\n*The ER consists of an extensive membrane network of tubes and cisternae (sac-like structures) held together by the cytoskeleton.\n\nRough ER:\nThe rough ER, also called granular ER or ergastoplasm (acronyms rER or gER) manufactures and transports proteins destined for membranes and secretion. It is called "rough" because ribosomes present on the cytosolic side of the membrane give it a rough appearance.\n\nSmooth ER:\nThe smooth ER (also known as agranular ER or aER) has functions in several metabolic processes, including synthesis of lipids, metabolism of carbohydrates, and detoxification of drugs and poisons. Enzymes of the smooth ER are important to the synthesis of lipids, including phospholipids and steroids. Among the steroids produced by smooth ER are the sex hormones of vertebrates and the various steroid hormones secreted by the adrenal glands. The cells that actually synthesize and secrete these hormones - in the testes and ovaries, for example - are rich in the smooth ER.\n\nRibosomes:\nRibosomes are responsible for assembling the proteins of the cell. Ribosomal subunits are synthesized by the nucleolus. Depend
837852
Mitochondria in animal cells convert energy into forms the animal cell can use.  Chloroplasts in plant cells are necessary for photosynthesis, converting sunlight into energy the plant cell can use.