Who discovered that cells originate from division of existing cells?
singleAnswer
Hugo von Mohl FFRS HFRSE Hugo von Mohl
Cell theory Cell division
cells division cells originate from division of existing cells
Cell division Mitosis Cell cycle Asymmetric cell division Hayflick limit Meiosis Cytokinesis Cell growth Cell division orientation Mitotic inhibitor
<b>Cell division</b> is the process by which a parent cell divides into two or more 
daughter cells. <b>Cell division</b> usually occurs as part of a larger cell cycle. In 
eukaryotes&nbsp;... In cell biology, mitosis is a part of the cell cycle when replicated chromosomes 
are separated into two new nuclei. <b>Cell division</b> gives rise to genetically identical
&nbsp;... The cell cycle, or <b>cell</b>-<b>division</b> cycle, is the series of events that take place in a cell 
leading to duplication of its DNA (DNA replication) and division of cytoplasm&nbsp;... An asymmetric <b>cell division</b> produces two daughter cells with different cellular 
fates. This is in contrast to symmetric <b>cell divisions</b> which give rise to daughter 
cells&nbsp;... The Hayflick limit, or Hayflick phenomenon, is the number of times a normal 
human cell population will divide before <b>cell division</b> stops. The concept of the&nbsp;... Meiosis is a special type of <b>cell division</b> used by sexually-reproducing organisms 
to produce the gametes, such as sperm or egg cells. It involves two rounds of&nbsp;... Cytokinesis is the part of the <b>cell division</b> process during which the cytoplasm of a 
single eukaryotic cell divides into two daughter cells. Cytoplasmic division&nbsp;... This suggests that <b>cell division</b> may be regulated in part by dilution of Wee1 
protein in cells as they grow larger. Linking Cdr2 to Wee1[&nbsp;... <b>Cell division</b> orientation is the direction along which the new daughter cells are 
formed. <b>Cell division</b> orientation is important for morphogenesis, cell fate and&nbsp;... A mitotic inhibitor is a drug that inhibits mitosis, or <b>cell division</b>. These drugs 
disrupt microtubules, which are structures that pull the chromosomes apart when 
a&nbsp;...
Cell theory Robert Remak Cell (biology) Cell biology Cancer cell Rudolf Virchow Stem cell Myosatellite cell Eukaryote Thymic involution
In biology, <b>cell</b> theory is the historic scientific theory, now universally accepted, 
that living organisms are made up of <b>cells</b>, that they are the basic structural/
organizational unit of all organisms, and that all <b>cells come</b> from pre-<b>existing cells</b>
. ... Remak published observations in 1852 on <b>cell division</b>, claiming Schleiden 
and&nbsp;... Robert Remak (26 July 1815 – 29 August 1865) was a Jewish Polish-German 
embryologist, physiologist, and neurologist, born in Posen, Prussia, who 
discovered that the <b>origin</b> of <b>cells</b> was by the <b>division</b> of pre-<b>existing cells</b>. as&nbsp;... The <b>cell</b> is the basic structural, functional, and biological unit of all known 
organisms. A <b>cell</b> is ... <b>cells</b>, that <b>cells</b> are the fundamental unit of structure and 
function in all living organisms, and that all <b>cells come</b> from pre-<b>existing cells</b>. ... 
<b>Cell division</b> involves a single <b>cell</b> (called a mother <b>cell</b>) dividing into two 
daughter <b>cells</b>. 19 years later, Rudolf Virchow further contributed to the <b>cell</b> theory, adding that all 
<b>cells come</b> from the <b>division</b> of pre-<b>existing cells</b>. Although widely accepted&nbsp;... Cancer <b>cells</b> are <b>cells</b> that divide relentlessly, forming solid tumors or flooding the 
blood with abnormal <b>cells</b>. <b>Cell division</b> is a normal process used by the body for 
growth and repair. ... Carcinoma, the majority of cancer <b>cells</b> are epithelial in 
<b>origin</b>, beginning in the membranous tissues that line the surfaces of the body. Rudolf Ludwig Carl Virchow was a German physician, anthropologist, pathologist
, prehistorian, ... He was one of the first to accept the work of Robert Remak, who 
showed that the <b>origin</b> of <b>cells</b> was the <b>division</b> of pre-<b>existing cells</b>. He did not&nbsp;... Stem <b>cells</b> are <b>cells</b> that can differentiate into other types of <b>cells</b>, and can also 
divide in ... of only four genes. The feat represents the <b>origin</b> of induced 
pluripotent stem <b>cells</b>, known as iPS <b>cells</b>. ... Self-renewal: the ability to go 
through numerous cycles of <b>cell division</b> while maintaining the undifferentiated 
state. Potency: the&nbsp;... Myosatellite <b>cells</b>, also known as satellite <b>cells</b> or muscle stem <b>cells</b>, are small 
multipotent <b>cells</b> ... Satellite <b>cells</b> are able to differentiate and fuse to augment 
<b>existing</b> muscle fibers and to form new fibers. ... In undamaged muscle, the 
majority of satellite <b>cells</b> are quiescent; they neither differentiate nor undergo <b>cell</b> 
<b>division</b>. Eukaryotes are organisms whose <b>cells</b> have a nucleus enclosed within 
membranes, unlike ... <b>Cell division</b> generally takes place asexually by mitosis, a 
process that allows each daughter nucleus to receive one copy of each 
chromosome. ... The <b>origin</b> of the eukaryotic <b>cell</b> is a milestone in the evolution of 
life, since&nbsp;... In adults, naïve T-<b>cells</b> are hypothesized to be primarily maintained through 
homeostatic proliferation, or <b>cell division of existing</b> naïve T <b>cells</b>. Though&nbsp;...
Robert Remak
Cell theory