Sentence examples for multiple plants have from inspiring English sources

There is a finite probability that multiple plants have the same multilocus genotypes, through chance or relatedness, which could result in erroneously assigned insertions when the inflorescence and pollinium have the same genotype.

The large plant-to-plant variation in stem growth kinematic profiles that we identified earlier [ 15] makes it clear that earlier studies in which stems from multiple plants have been pooled to create biological replicate samples are inevitably compromised in their ability to accurately place cellular changes in an elongative development context.

The original single-cell or multiple-cell Chlorophyte plants have very high GC3s contents (0.69 to 0.854), whereas in Bryophytes, GC3s contents was much lower (only 0.481 in Physcomitrella patens), and in Selaginella moellendorffii, it was 0.578.

Single plants have multiple germinal insertions that represent both progenitor mutations and mutations unique to the individual.

Yeast has a single RecQ gene, Sgs1, but mammals and plants have multiple RecQ genes, humans having five and Arabidopsis seven [ 8].

Plants have multiple, duplicated enzymes which are most similar to PIP5K1 and PIP4K2 kinases although phylogenetic analyses could not confidently cluster plant kinases within either subtype.

While teosinte plants have multiple tillers, ensuring a supply of pollen over many days, modern maize often has a single tassel and lacks tillers entirely.

Simultaneous extraction and use of multiple bioactive compounds from plants have been reported to potentiate the effects of any one of the bioactives through synergy.

These plants have multiple pharmacological actions on various human physiological systems that would support the treatment of chronic disease like cancer.

Different studies suggest that different types of polyphenolic compounds such as flavonoids, phenolic acids which are found in plants have multiple biological effects, including antioxidant activity [ 25].

Since individual M. fistulosa plants have multiple stems, often with leaves in contact, P. unipunctata larvae can easily move to other stems on the plant to reduce localized feeding density, an activity not possible with cages.