Sentence examples for physiologically able to from inspiring English sources

These may be subdivided into physical constraints (e.g. maximum net thrust must vary with flight speed because of the effects of drag), physiological constraints (e.g. the flight motor may only be physiologically able to operate maximally at a particular speed) and behavioural preferences (e.g. the fly may prefer not to fly as fast as it is able).

"I think only about 10percentt of humans are physiologically able to climb Mount Everest without supplemental oxygen, and I'm really curious to see if I am one of them," he said.

Because without the hunting and meat-eating portion of evolution, they might not have been physiologically able to.

When Roberta Bobbi Gibbbb's 1966 Boston Marathon entry was rejected by the Boston Athletic Association because women were neither allowed to participate, nor "physiologically able" to compete, she ignored her denial letter.

However, they are physiologically able to regulate autonomic functions such as digestive tract motility, vascular motility, secretion and absorption [1] [5].

To evaluate if female M. sexta moths are physiologically able to discriminate between (Z -3- and (E)-2-GLVs and between different (Z -3-(E)-2-randos wE -2-GLVsE -2-GLVsonal calcium imaging in thE -2-GLVsl lobes (and of females.

Secondly, the lamb is, physiologically speaking, only able to absorb these antibodies for a little more than a day.

We came to the meeting holding a letter from Dr. Stew, explaining why Donna physiologically was not able to be toilet trained (Stew would have done anything for Donna, even enable her with the one place she could and did exert her control. "I am too young to sit on a toilet," she told us time and time again).

Physiologically fitter patients are able to meet this increased oxygen demand by increasing their oxygen delivery, mainly through increases in cardiac output.

However, it is not known whether the wild-type human PLCζ protein is able to physiologically activate eggs in the presence of mutant PLCζ and if this would successfully lead to normal embryo development.

Although, there were limitations in the statistical power of the design due largely to the inherent variability amongst recently domesticated farmed Atlantic salmon, by using appropriate filtering of microarray data, independent gene expression tests and biochemical and compositional data we were able to physiologically anchor a significant proportion of the gene expression results.