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We here provide a comprehensive description of B. tryoni cuticular chemistry.
2
It is a scleroprotein present largely in cuticular structures such as hair, nails, horn.
3
The full length of this cuticular protein was first obtained and named it CPR1.
4
Major differences in the cuticular hydrocarbons were also found and they could account for the isolation.
5
Plant cuticular wax, the last barrier of self-defense, plays an important role in plant growth and development.
6
The comparative analysis of cuticular waxes revealed an increased accumulation of alkanes in leaves of transgenic lines.
7
We found 70 cuticular proteins from the M. mediator transcriptome and divided them into seven distinct families.
8
This study provides essential foundations for studies investigating the functions of cuticular chemistry in this economically important species.
9
During M. mediator larval development, normal cuticle formation can be supported by a limited number of cuticular proteins.
10
However, the molecular and evolutionary mechanisms of cuticular wax in plants in response to drought stress are still lacking.
11
These are essentially a morbid overgrowth of the superficial papillary layer of the skin and of the investing cuticular layer.
12
Loss-of-function mutations in Star impart a dominant rough eye phenotype and, when homozygous, are embryonic lethal with ventrolateral cuticular defects.
13
This knowledge is fundamental for studying the relevance of cuticular strain information within the complex neuromuscular networks controlling posture and movement.
14
Expression profiling indicated that most of these cuticular protein genes have expression peaks specific for one particular developmental stage of M. mediator.
15
Females of these two new species bear two distinct cuticular crests on the dorsal opisthosoma, one transverse crest anteriorly and one longitudinal crest mesally.
16
Eggs and pupae have the highest number of transcriptionally active cuticular protein genes (47 and 52 respectively).