Cell development


  • Webster's Revised Unabridged Dictionary
    • Cell development called also cell genesis cell formation, and cytogenesis), the multiplication, of cells by a process of reproduction under the following common forms; segmentation or fission gemmation or budding karyokinesis, and endogenous multiplication. See Segmentation Gemmation, etc.
    • ***


In literature:

At the finish of this developing charge the gravity should read 1.280 in each cell.
"The Automobile Storage Battery" by O. A. Witte
The paper which they employ is manufactured on the spot, as the walls of the cells develop.
"The Industries of Animals" by Frédéric Houssay
The cells become detached, and do not further develop until they have escaped from the parent.
"The Truth About Woman" by C. Gasquoine Hartley
At an early stage in the development of the animal certain cells are set apart to form the organs of reproduction.
"A Critique of the Theory of Evolution" by Thomas Hunt Morgan
The discovery that all plant and animal life is developed from living cells was made, as we have already stated, more than seventy years ago.
"God and the World" by Arthur W. Robinson
The giant cells, so far as I have been able to trace them, do not develop into spermatozoa.
"Studies in Spermatogenesis (Part 1 of 2)" by Nettie Maria Stevens
As these two daughter-masses become more and more developed, the valves of the mother-cell are pushed more and more widely apart.
"Encyclopaedia Britannica, 11th Edition, Volume 8, Slice 4" by Various
The battery consisted of one hundred cells of terrelium and aquelium that developed a gigantic force.
"The Goddess of Atvatabar" by William R. Bradshaw
Some investigators have held that not only cork tissue but also other lignose, or cell-wall material, may be developed from tannins.
"The Chemistry of Plant Life" by Roscoe Wilfred Thatcher
Some are formed of a single row of cells, developed each from the end of another.
"The Elements of Botany" by Asa Gray
The germ of the queen bee was developed in a special cell, was fed on royal food and tenderly reared.
"What a Young Husband Ought to Know" by Sylvanus Stall
In the course of development, however, cells from the ectoderm and endoderm may migrate into it.
"Encyclopaedia Britannica, 11th Edition, Volume 2, Slice 2" by Various
Nature starts from cells, but develops by centres.
"Is Polite Society Polite?" by Julia Ward Howe
How can sexual cells develop brain cells, with their wonderful modes of action?
"Homo-culture" by Martin Luther Holbrook
Only one cell develops, so that the hard green fruit contains but one seed.
"Wayside and Woodland Trees" by Edward Step
To convert a cell (a mere bag) into a man was reserved solely for 'Madame Development.
"The Humour and Pathos of Anglo-Indian Life" by Dr. Ticklemore
Theories are also being developed about the mechanisms which control and regulate receptor and enzymatic activities within the cell.
"Significant Achievements in Space Bioscience 1958-1964" by National Aeronautics and Space Administration
The development and configuration of the cork cells may change periodically during the formation of periderm.
"Cork: Its Origin and Industrial Uses" by Gilbert E. Stecher
Mass of cells developed on second commissure.
"The Works of Francis Maitland Balfour, Volume 1" by Francis Maitland Balfour
In the sexual mode of reproduction, male or sperm-cells and female or egg-cells are developed in the same individual.
"Elementary Zoology, Second Edition" by Vernon L. Kellogg

In news:

Mark Bugnaski / Gazette File Angela Brightwell-Conrad, a research associate at Metabolic Solutions Development Co. Works with fluorescently labeled cells at the Southwest Michigan Innovation Center in this Jan 12 file photo.
The Sheraton New York has begun using electricity and heat generated by a fuel cell installed under the distributed generation program of the New York State Energy Research and Development Authority (NYSERDA).
The press release explains that Bio2Electric will develop a reactor that will convert natural gas into a liquid transportation fuel by combining fuel cell technology with advanced catalysts.
Nokia Siemens, Ballard Power Systems Develop Fuel Cell Tech.
Several northern European countries have signed a memorandum of understanding with Honda, Toyota, Nissan and Hyundai, to work towards the development of fuel cell vehicles and installing a hydrogen infrastructure, Ingram writes.
She says GM will continue to focus on electric vehicles and fuel cell development GM has been testing fuel-cell vehicles that run on hydrogen with no harmful emissions.
Vision Industries and Balqon have entered into a joint development agreement to build a zero-emissions hydrogen fuel cell /electric hybrid terminal tractor for distribution centers, railyards and marine terminals.
The initial funding covers an 18-month research and development phase of the fuel cell project.
Korean industrial and electronic conglomerate LG is investing $45 million in Ohio's premier fuel cell development company.
More recently, he and collaborators developed a method for 3-D genome sequencing, a technique that helps to explain how the genome folds up to fit into the nucleus of a cell.
Yale University engineers have developed a process to create micro fuel cells made of glass .
Research could lead to the development of enhanced bio-sensors for healthcare and more efficient solar cells and displays.
This observation inspired development of a new medicine called DermaVir that boosts the immune system to specifically recognize and kill HIV infected cells.
To examine the role of BMDCs, researchers developed a mouse model that could be used to track the migration of these cells while tumors formed and expanded.
The company has developed an efficient, fragment-based drug discovery (FBDD) platform that can take parallel projects from initial idea to active molecules tested in cell-based systems in a very short time.

In science:

Below I will describe the results of modeling gynandromorphs and the developmental control networks (CENEs) that lead to their development from starting from a single cell.
A Developmental Network Theory of Gynandromorphs, Sexual Dimorphism and Species Formation
Genes make up the interacting parts of the cell but they do not contain the information that orders, organizes and structures the dynamic development of multicellular systems.
A Developmental Network Theory of Gynandromorphs, Sexual Dimorphism and Species Formation
The cell has an interpretive-executive system (IES) that interprets the control information in the genome and executes its directives [106] to control cell actions in the dynamic system of interacting cells in a developing organism.
A Developmental Network Theory of Gynandromorphs, Sexual Dimorphism and Species Formation
Using the computational theory of developmental control networks one can model and, starting from a single cell, simulate the embryonic development all the basic gynandromorphs found in nature (see Fig. 2) as well as the all other possible forms that may exist (see Sec. 7).
A Developmental Network Theory of Gynandromorphs, Sexual Dimorphism and Species Formation
In its usual sense all the gynandromorphs (bilateral, polar and oblique) that we are modeling are bilateral organisms in the sense that they have developed bilaterally from a single cell.
A Developmental Network Theory of Gynandromorphs, Sexual Dimorphism and Species Formation
While the gynandromorphs develop bilaterally from a single cell, phenotypically they are not necessarily bilateral in that the two sides of the bilaterally developing and developed organism need not be mirror images.
A Developmental Network Theory of Gynandromorphs, Sexual Dimorphism and Species Formation
The illustrations of multi-cellular systems are screenshots of cells that developed in virtual 4-dimensional space-time , modeled using the Cellnomica’s software.
A Developmental Network Theory of Gynandromorphs, Sexual Dimorphism and Species Formation
Cell degeneration in the developing optic lobes of the sine oculis and smalloptic-lobes mutants of drosophila melanogaster.
A Developmental Network Theory of Gynandromorphs, Sexual Dimorphism and Species Formation
We view simple 321-avoiding permutations as developing one cell at a time, from an initial seed which is a single point.
Generating and enumerating 321-avoiding and skew-merged simple permutations
At an intermediate step of this development, the elements in the final cell will represent either single elements of the final permutation, or groups of such elements which are only separated from one another by elements of the next cell.
Generating and enumerating 321-avoiding and skew-merged simple permutations
Specifically, suppose that we have a generating function sn (x , y) which enumerates all possible developments through n cells, where the elements of the first n − 1 cells are weighted by x and those of the last cell by y.
Generating and enumerating 321-avoiding and skew-merged simple permutations
We remark that Graham and Lehrer have introduced the notion of cellular algebras and have developped general theory for classifying simple modules by using ”cell modules”.
On the classification of simple modules for cyclotomic Hecke algebras of type G(m,1,n) and Kleshchev multipartitions
When close to starvation, these bacteria develop fruiting bodies and form spores, whereby only a minority of the original bacterial cells turn into spores, while the others die.
Biological Evolution and Statistical Physics
In fact the theory developed in Section 7 is much richer, because it also involves an obstruction theory for the realization of 2-cells through the 2-functor π .
The characteristic cohomology class of a triangulated category
I have developed, and tested, a tool can create radiation spectra directly from particle-in-cell simulations.
Gamma-Ray Bursts, Collisionless Shocks and Synthetic Spectra