Sentence examples for cold larva from inspiring English sources

It has been directly shown that warming a cold larva during a head-sweep causes the larva to accept that head-sweep, beginning a new run (Luo et al., 2010).

To obtain pupae with varied cold hardiness, larvae were reared under the conditions described below [24].

To investigate the development of cross-resistance to hypoxia and cold, zebrafish larvae were first acclimated to 5% O2 at 28°C (pre-hypoxia) or 18°C in air (pre-cold) for 24 h, the controls were maintained in air at 28°C.

A subset of forty ice-cold anesthetized larvae per treatment (having fed on 0%, 0.016%, or 0.16% gossypol diet for three days) was dissected longitudinally under phosphate-buffered saline and gut tissues (G) were separated from the rest of the body (RB).

To investigate the cross-resistance between hypoxia and cold stress, zebrafish larvae pre-acclimated to mild hypoxia or cold were exposed to lethal hypoxia and cold, respectively.

Eggs hatched within a week upon removal from the cold room, and larvae were transferred with a fine paint brush onto potted tansy ragwort plants between May 2 and 11, 2006 and May 2 and 14, 2007, respectively.

Wing discs were dissected out of third instar larva in cold 0.02% Triton X-100 PBS (PBST) solution.

In order to disclose the molecular basis underlying the protective effect of hypoxia acclimation on zebrafish larvae against lethal cold stress, gene expression in larvae acclimated to 5% O2 for 24 h was characterized with RNA-seq.

Wing discs were dissected from third instar larvae in cold 0.02% Triton X-100 PBS (PBST) solution.

However, pre-acclimation of 96-hpf larvae to cold (18°C) decreased their tolerance to lethal hypoxia although their ability to endure lethal cold increased.

The protective effects of hypoxia acclimation against cold stress in zebrafish larvae prompts us to explore the mechanisms activated under both hypoxia and cold.