Exemplos de uso de Stress tolerance em Inglês e suas traduções para o Português
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Improves stress tolerance of crops.
Overexpression of this gene resulted in increased stress tolerance in several crops.
Stress tolerance level varies from person to person, depending on the time and situation.
Mapping QTLs of traits related to moisture stress tolerance in tropical maize.
Without carbohydrates, your stress tolerance decreases, the risk of over-training and stress-induced burnout increases.
At the same time there is suspiciousness, the duration of decision-making,low stress tolerance.
The diagnoses of dealing coping and stress tolerance are of the same relevance.
Molecular design of tomato- de novo domestication via genome editing to harness stress tolerance, AP.R.
Integrated genomic approaches to understand stress tolerance in bioethanol-producing yeasts and coral reef symbionts, AP.R Abstract.
Portability of colds decreased at times, there is a general weakening of the immune system,as a consequence- low stress tolerance.
In the fermentation scope,yeasts are a crucial point, both because of process stress tolerance as well as beer aromatic compounds production.
Farmers have at their disposal a range of products for application aiming to provide nutritional balance,greater vigor and stress tolerance.
The objective of this work was to verify the water stress tolerance during bean seed germination influenced by thermal shock induced cross tolerance. .
However, unlike the original hypothesis,a decrease in ITL during the competitive period was followed by a decrease in stress tolerance and an increase in URTI severity.
Accordingly, the vacuole seems to play an important role in plant stress tolerance, due to its plasticity to accumulate solutes maintaining both cell integrity and turgor or further stabilizing toxic compounds.
These findings suggest that"better than normal" responses should also be used to analyze the stress tolerance dynamics in different preparatory phases.
A decrease in"better than normal" responses for sources and symptoms of stress from P1 to P2 and P3 was also observed,suggesting that the beginning of competition has a significant impact on stress tolerance.
Natural substances such as seaweed biostimulants are coming up as inputs for crops yield and abiotic stress tolerance enhancement with increasing use in agriculture.
This response was aassociated with the stress tolerance markers and to the higher incidence of infections of the upper respiratory tract, suggesting increase in the stress level in that investigation moment.
Priming is a pre-germinative treatment applied to seeds aiming to accelerate and synchronize germination, butalso to increase stress tolerance.
Transcription factors are among the major targets in plants for increasing stress tolerance, since these proteins control the expression of several genes simultaneously.
This study raises the hypothesis that changing ETL during the macrocycle would also change ITL response,which could mediate stress tolerance and URTI severity.
Early characterization of maize genotypes,as well as the study of genetic traits associated with water stress tolerance, can provide parameters that will assist in the selection of adapted cultivars with higher yield.
We can speculate that in a prolonged investigation, that would include the competitive period,factors other than the ITL may influence stress tolerance responses.
Low self-esteem, low stress tolerance, common situations of abuse and hyper or hipostimulating environments, have been identified as psychological and social risk factors for the development of mental disorders in this population.
Therefore, the supplementation of n-3 HUFA during the larviculture of F. paulensis, through Artemia enrichment,is recommended as a way to produce postlarvae with higher stress tolerance and larger size.
After sequencing of its genome, a set of genes related to abiotic stress tolerance predicted, such as otsa/otsb and trea, which participate in the process of synthesis and degradation of trehalose, respectively. trehalose is an osmoprotetor molecule. this molecule protects numerous biologi.
The present study aimed to investigate possible alterations andassociations between internal training load ITL, stress tolerance ST and upper respiratory tract infection URTI severity in basketball athletes.
A better understanding of stress tolerance mechanism in rice plants will help to develop rice germplasm with improved field level tolerance under variable temperature and sowing depth conditions.
Given the importance of this issue, the aim of this study was to investigate the effect of ETL manipulation on ITL dynamics, stress tolerance and URTI episodes and severity in basketball athletes.