The phrase "agent growth" is correct and usable in written English.
It can be used in contexts related to development or increase in capabilities, performance, or numbers of agents, such as in business, technology, or biology.
Example: "The company has implemented new strategies to enhance agent growth and improve overall productivity."
Alternatives: "agent development" or "agent expansion".
"The second quarter was a tremendous one for Zillow as our focus and investments delivered record revenue, traffic and Premier Agent growth," said Spencer Rascoff, CEO of Zillow, in a statement today.
Additionally, Mycoplasma organisms deliberately added to AVA did not survive for even 1 day, presumably because of the preservatives added to the vaccine formulation to retard adventitious agent growth.
For the purpose of administrating substances to organs with difficult surgical access one can think of many applications ranging from cytostatics, contrast agents, growth factors, isotopes etc.
Now, it is obvious that chronic wounds are multifactorial in etiology and thus the lack of success of single-agent growth factor therapy is not surprising [ 27].
The shedding is regulated by a large number of extracellular stimulating agents: growth factors, chemokines, trypsin, heparanase, bacterial virulence factors, insulin, and cellular stress [ 72, 73].
Cells treated by a small number of agents, 68 in total, have a mean growth rate of less than or equal to 1.5 standard deviations below the average across all agents (growth rate ≤ 54.57).
Others have also suggested FG as a delivery system for anticancer agents, growth factors and gene vectors and reported it to be safe for normal brain tissue, intracranial nerves and vessels.
The effects of environmental stresses, such as oxidative stress, genotoxic agents, growth factors and secretory proteins, can also affect muscle protein metabolism and myoblast proliferation through regulating the PI3K/Akt/mTOR signalling pathway [ 16– 16].
This may be visualized in the situation in which low-dose exposure to an agent stimulates growth and high-dose exposure inhibits growth (Renner 2004).
Agar is widely employed in biological laboratories as a solidifying agent for growth media for microorganisms and in the bakery industry as a gelling agent; it forms a part of the diet of people in several areas of East Asia.
Using a combination of noble metal and metal oxide antibacterial agent, bacterial growth and survival is believed to be effectively inhibited.
