The cell division that brings growth in multicellular organisms is known a............. ?

The cell division that brings growth in 

multicellular organisms is known a............. ?
by

1 Answer

Answer :

Mitosis
by

Related questions

Multicellular organisms have division of labour. Explain. -Biology

Description : Multicellular organisms have division of labour. Explain. -Biology

Last Answer : answer:

Explain the statement 'Tissues exhibit division of labour'. Give examples. OR Q: What is the utility of tissues in multicellular organisms?

Description : Explain the statement 'Tissues exhibit division of labour'. Give examples. OR Q: What is the utility of tissues in multicellular organisms?

Last Answer : In multicellular organisms there are millions of cells. Each specialised function is taken up by a different group of cells called tissue. Or Group of cells, forming a tissue are capable of ... water from one part of the plant to other parts. So, multicellular organisms show division of labour

what Unicellular organisms are made up of only one cell. Multicellular organisms are made up of more than one cell. Which life functions can be performed by both unicellular and multicellular organisms?

Description : what Unicellular organisms are made up of only one cell. Multicellular organisms are made up of more than one cell. Which life functions can be performed by both unicellular and multicellular organisms?

Last Answer : yoooo idknow im asking

$ The zyhote developes into a multicellular organisms. ! Each cell is totipotent.

Description : $ The zyhote developes into a multicellular organisms. ! Each cell is totipotent.

Last Answer : $ The zyhote developes into a multicellular organisms. ! Each cell is totipotent. A. If both As and R are ... is wrong D. If both As and R are wrong.

$ Cellular totipotency means that single cell can give rise to a fully grown multicellular organisms ! Meristematic cells are also called "stem cells"

Description : $ Cellular totipotency means that single cell can give rise to a fully grown multicellular organisms ! Meristematic cells are also called "stem cells"

Last Answer : $ Cellular totipotency means that single cell can give rise to a fully grown multicellular organisms ! Meristematic ... D. If both As and R are wrong.

In multicellular organisms, there are different kinds of cells that are organized into tissues and organs to perform special functions. What is the function of a skin cell?

Description : In multicellular organisms, there are different kinds of cells that are organized into tissues and organs to perform special functions. What is the function of a skin cell?

Last Answer : to protect the body from foreign substances

why is division of labour important in a multicellular organism -Biology

Description : why is division of labour important in a multicellular organism -Biology

Last Answer : answer:

why is division of labour important in a multicellular organism -Biology

Description : why is division of labour important in a multicellular organism -Biology

Last Answer : answer:

2. What is the utility of tissues in multicellular organisms? -Science

Description : 2. What is the utility of tissues in multicellular organisms? -Science

Last Answer : The use of tissues in multicellular organisms is to provide structural and mechanical strength as well as to allow division of labour.

A Give one reason why multicellular organisms require special organs for exchange of gases between their body and their environment. : -Biology

Description : A Give one reason why multicellular organisms require special organs for exchange of gases between their body and their environment. : -Biology

Last Answer : In unicellular organisms the entire body of the organism is in contact with the environment hence exchange of materials can take place but, in multicellular organisms the entire body of the organism is not in contact with the environment and hence simple diffusion is not helpful.

In single celled organisms diffusion is sufficient to meet all their requirements of food, exchange of gases or removal of wastes but it is not in case of multicellular organisms. Explain the reason for this difference. -Biology

Description : In single celled organisms diffusion is sufficient to meet all their requirements of food, exchange of gases or removal of wastes but it is not in case of multicellular organisms. Explain the reason for this difference. -Biology

Last Answer : Unicellular organisms can absorb sufficient oxygen because of its complete contact with the atmosphere, but in multicellular organisms the rate of absorption and diffusion becomes very less because all ... of oxygen to sustain life processes which cannot be fulfilled by the process of diffusion.

In multicellular organisms groups of cells that work together are called?

Description : In multicellular organisms groups of cells that work together are called?

Last Answer : Need answer

What is the First multicellular organisms?

Description : What is the First multicellular organisms?

Last Answer : Need answer

How does the length of the history of life help to explain the evolutionary events of single-celled organisms to complex multicellular organisms like mammals?

Description : How does the length of the history of life help to explain the evolutionary events of single-celled organisms to complex multicellular organisms like mammals?

Last Answer : Not sure

What are the levels of organization in multicellular organisms?

Description : What are the levels of organization in multicellular organisms?

Last Answer : 1. cells 2. tissues 3. organs 4. organ systems

Cell theory includes all of the following except A.all organisms are composed of one or more cells B.the cell is the most primitive form of life C.the cell is the structural unit of life D.cells arise by division of preexisting cells

Description : Cell theory includes all of the following except A.all organisms are composed of one or more cells B.the cell is the most primitive form of life C.the cell is the structural unit of life D.cells arise by division of preexisting cells

Last Answer : B.the cell is the most primitive form of life

Cell theory includes all of the following except A- .all organisms are composed of one or more cells B- the cell is the most primitive form of life C- .the cell is the structural unit of life D- cells arise by division of preexisting cells

Description : Cell theory includes all of the following except A- .all organisms are composed of one or more cells B- the cell is the most primitive form of life C- .the cell is the structural unit of life D- cells arise by division of preexisting cells

Last Answer : the cell is the most primitive form of life

Every multicellular organism, be it a microscopic alga, a banyan tree or a human being, starts as a single cell called a/an (a) Egg (b) Sperm (c) Nucleus (d) Gene

Description : Every multicellular organism, be it a microscopic alga, a banyan tree or a human being, starts as a single cell called a/an (a) Egg (b) Sperm (c) Nucleus (d) Gene

Last Answer : Ans:(a)

is plankton single cell or multicellular?

Description : is plankton single cell or multicellular?

Last Answer : is plankton single celled or multicellular

Which cell in a multicellular organism undergo meiosis?

Description : Which cell in a multicellular organism undergo meiosis?

Last Answer : ALL Cells in organisms under go through meiosis

Capability of an isolated single cell to multiply and differentiate into multicellular organism

Description : Capability of an isolated single cell to multiply and differentiate into multicellular organism

Last Answer : Ans. Totipotency

Which one of the following is wrong for fungi? (a) They are eukaryotic. (b) All fungi possess a purely cellulosic cell wall. (c) They are heterotrophic. (d) They are both unicellular and multicellular.

Description : Which one of the following is wrong for fungi? (a) They are eukaryotic. (b) All fungi possess a purely cellulosic cell wall. (c) They are heterotrophic. (d) They are both unicellular and multicellular.

Last Answer : (b) All fungi possess a purely cellulosic cell wall.

In human body, the cell growth and differentiation are highly controlled and regulated, but in cancer cells. (a) there is breakdown of these regulatory mechanism leading to formation of benign and malignant tumors (b) controlled cell division and over production of genetic material occur (c) RNA is mutated and produced in less amount (d) DNA is mutated and produced in less amount

Description : In human body, the cell growth and differentiation are highly controlled and regulated, but in cancer cells. (a) there is breakdown of these regulatory mechanism leading to formation of benign and malignant ... is mutated and produced in less amount (d) DNA is mutated and produced in less amount

Last Answer : Ans:(a)

Name the plant hormones which are involved in growth promoting activities such as cell division, cell enlargement, pattern formation, tropic growth, f

Description : Name the plant hormones which are involved in growth promoting activities such as cell division, cell enlargement, pattern formation, tropic growth, f

Last Answer : Name the plant hormones which are involved in growth promoting activities such as cell division, ... growth, flowering, fruiting and seed formation.

Name the plant hormones which are involved in growth promoting activities such as cell division, cell enlargement, pattern formation, tropic growth, f

Description : Name the plant hormones which are involved in growth promoting activities such as cell division, cell enlargement, pattern formation, tropic growth, f

Last Answer : Name the plant hormones which are involved in growth promoting activities such as cell division, ... growth, flowering, fruiting and seed formation.

Assertion :- Cell growth results into division Reason :- Cell growth leads to change in nucleocytoplasmic ratio.

Description : Assertion :- Cell growth results into division Reason :- Cell growth leads to change in nucleocytoplasmic ratio.

Last Answer : Assertion :- Cell growth results into division Reason :- Cell growth leads to change in nucleocytoplasmic ... D. If both Assertion & Reason are false.

Which hormone promotes cell division , protein synthesis and bone growth

Description : Which hormone promotes cell division , protein synthesis and bone growth

Last Answer : Which hormone promotes cell division , protein synthesis and bone growth A. ADH B. ACTH C. PTH D. GH

What is Cell division for growth and repair?

Description : What is Cell division for growth and repair?

Last Answer : Need answer

Mean applied when deals with relative changes eg. Bacterial growth, cell division, population

Description : Mean applied when deals with relative changes eg. Bacterial growth, cell division, population

Last Answer : Ans. GM

What is the cell division process directly related to the embryonic growth ?

Description : What is the cell division process directly related to the embryonic growth ?

Last Answer : The embryonic growth depends directly on mitosis. Through this type of cell division, the zygote divides itself giving birth to a series of cells that by mitosis too compose differentiated tissues and organs until the formation of a complete individual.

What is the cell division process directly related to the embryonic growth ?

Description : What is the cell division process directly related to the embryonic growth ?

Last Answer : The embryonic growth depends directly on mitosis. Through this type of cell division, the zygote divides itself giving birth to a series of cells that by mitosis too compose differentiated tissues and organs until the formation of a complete individual.

Growth retardants are the substances which slow down : a. Cell division b. Cell elongation c. a & b d. None of the above

Description : Growth retardants are the substances which slow down : a. Cell division b. Cell elongation c. a & b d. None of the above

Last Answer : a & b

Growth of early emerging leaves becomes faster because of- (a) Cell division and cell enlargement (b) Stunt growth of plants (c) Faster Photosynthesis (d) Low pressure of outer atmosphere

Description : Growth of early emerging leaves becomes faster because of- (a) Cell division and cell enlargement (b) Stunt growth of plants (c) Faster Photosynthesis (d) Low pressure of outer atmosphere

Last Answer : (b) 15°C – 40°C

Organisation of stem apex into corpus and tunica is determined mainly by (a) planes of cell division (b) regions of meristematic activity (c) rate of cell growth (d) rate of shoot tip growth.

Description : Organisation of stem apex into corpus and tunica is determined mainly by (a) planes of cell division (b) regions of meristematic activity (c) rate of cell growth (d) rate of shoot tip growth.

Last Answer : (a) planes of cell division

Organisation of stem apex into corpus and tunica is determined mainly by (a) planes of cell division (b) regions of meristematic activity (c) rate of cell growth (d) rate of shoot tip growth.

Description : Organisation of stem apex into corpus and tunica is determined mainly by (a) planes of cell division (b) regions of meristematic activity (c) rate of cell growth (d) rate of shoot tip growth.

Last Answer : (a) planes of cell division

Multiple checkpoints in the eukaryotic cell cycle ensure that division occurs only after sufficient growth and faithful DNA replication, and only when favorable conditions exist. Of the many proteins involved in cell cycle control, cyclin-dependent kinases (CDKs) are among the most important. How do CDKs function to control the cell cycle?

Description : Multiple checkpoints in the eukaryotic cell cycle ensure that division occurs only after sufficient growth and faithful DNA replication, and only when favorable conditions exist. Of the many proteins involved in ... CDKs) are among the most important. How do CDKs function to control the cell cycle?

Last Answer : CDKs phosphorylate various protein substrates that are required for cell cycle progression. Some of the important substrate proteins that CDKs phosphorylate include condensin proteins, which are essential ... which form a stabilizing network under the nuclear membrane that assembles during mitosis.

Which of the following shortcut keys brings the cursor to the last cell on the sheet that contains data? -Technology

Description : Which of the following shortcut keys brings the cursor to the last cell on the sheet that contains data? -Technology

Last Answer : (b) Ctrl+End shortcut is used to bring the cursor to the last cell.

An enzyme which brings about lysis of bacterial cell wall is (A) Amylase (B) Lysozyme (C) Trypsin (D) Lipase

Description : An enzyme which brings about lysis of bacterial cell wall is (A) Amylase (B) Lysozyme (C) Trypsin (D) Lipase

Last Answer : Answer : B

An enzyme which brings about the conversion of starch into maltose is known as

Description : An enzyme which brings about the conversion of starch into maltose is known as

Last Answer : An enzyme which brings about the conversion of starch into maltose is known as A. Diastase B. Zymase C. Maltase D. Invertase

The multicellular fungi is?

Description : The multicellular fungi is?

Last Answer : Pencillium

Name the multicellular terrestrial plant with vascular tissues?

Description : Name the multicellular terrestrial plant  with vascular tissues?

Last Answer : Lycodophyta

Name the multicellular marine plant?

Description : Name the multicellular marine plant?

Last Answer : Rhodophyta (Red algae)

Mention the economic importance of multicellular algae.

Description : Mention the economic importance of multicellular algae.

Last Answer : a) Some species of algae are used as cattle feed. b) Algin, a substance obtained from brown algae is used in preparation of ice creams and chocolates. c) Agar, a substance obtained from ... purification of water. f) Laminaria, a brown algae is used in the production of potassium and iodine.

How do Multicellular algae reproduce?

Description : How do Multicellular algae reproduce?

Last Answer : Multicellular algae reproduce by vegetative, asexual and sexual methods. Vegetative reproduction is by fragmentation of thallus in which the thallus breaks into small fragments which grow into new plant. ... by formation of spores. Sexual reproduction is by fusion of male and female gametes.

Many fungi exist as branching networks of multicellular filaments. What characteristic of these filaments helps with nutrient absorption?

Description : Many fungi exist as branching networks of multicellular filaments. What characteristic of these filaments helps with nutrient absorption?

Last Answer : large surface area

Which is the simplest multicellular animal ?

Description : Which is the simplest multicellular animal ?

Last Answer : The simplest multicellular animal sponge.

What is a multicellular organism called ?

Last Answer : An organism consisting of more than one cell is called a multicellular organism

Sponges are most primitive multicellular organism with which of the following levels of organization ?

Description : Sponges are most primitive multicellular organism with which of the following levels of organization ?

Last Answer : Sponges are most primitive multicellular organism with which of the following levels of organization ? A. ... B. Cellular C. Tissue D. Organ system

$ Rhizoids of female gametophyte of selaginella are multicellular. ! Selaginella is homosporous.

Description : $ Rhizoids of female gametophyte of selaginella are multicellular. ! Selaginella is homosporous.

Last Answer : $ Rhizoids of female gametophyte of selaginella are multicellular. ! Selaginella is homosporous. A. If both As ... D. If both As and R are wrong.

$ Protonema is found in the life cycle of Liverworts. ! Liverworts have multicellular rhizoids.

Description : $ Protonema is found in the life cycle of Liverworts. ! Liverworts have multicellular rhizoids.

Last Answer : $ Protonema is found in the life cycle of Liverworts. ! Liverworts have multicellular rhizoids. A. If both ... wrong D. If both As and R are wrong.