The phrase "altering growth" is correct and usable in written English.
It can be used in contexts discussing changes or modifications in development, whether in biological, economic, or personal growth scenarios.
Example: "The research focused on altering growth patterns in plants to enhance their resilience to climate change."
Alternatives: "modifying growth" or "changing growth".
By altering growth conditions, branched CNT and single-walled CNT also can be grown on alkali metal salt nanoparticles.
The results indicate that TCDD decreases progesterone, androstenedione, testosterone, and estradiol levels in a non-monotonic dose response manner without altering growth of antral follicles.
These changes may contribute to the tissue remodelling in IPF by altering growth factor retention and activity, creating a pro-fibrotic ECM landscape.
We hypothesize that the change in ECM network triggered by sHA1 is the underlying factor altering growth factor binding and thus outside-in signaling, hence offering a possible explanation for the pro-osteogenic effect of sHA1 on hBMSC.
Irrespective of the P-status, ppc overexpression improved biomass yield without altering growth rate, resulting in improved P- solubilizing abilities of P. fluorescens ATCC 13525 as well as of the wheat rhizosphere fluorescent pseudomonads isolates Fp585, P109 and Fp315.
The present study was designed (1) to determine if increasing the level of pivalate supplementation (0.6, 1.0% of the diet) would further reduce the concentrations of total and free carnitine in rat tissues without altering growth or food intake, and (2) to examine the effect of length of feeding (4 vs. 8 weeks) on these variables.
These mechanisms include chromosomal abnormalities, oxidative stress, altered DNA repair, altered DNA methylation patterns, altered growth factors, enhanced cell proliferation, promotion/progression, gene amplification, and suppression of p53.
Mild knockdowns do not substantially alter growth in exponential phase, but inhibit a subpopulation of stationary-phase cells from resuming growth once they are presented with fresh nutrient.
Feeding of 12% CP did not alter growth or carcass composition, relative to 18% CP (P > 0.05).
Manipulating metabolizable protein compared with a control diet that was predominately corn and soybean meal did not alter growth or digestibility.
As such, perturbations in signaling by IGFs and insulin are a well-documented cause of altered growth, development and survival during both embryonic and post-natal life.
