This thesis focuses on molecular characterization of circadian clock genes in insects. It explores genetic diversity of circadian clock genes by molecular characterization of several insect species including two dipteran flies (Musca domestica and Drosophila melanogaster), two cockroach species representing ancestral insects, and the linden bug, Pyrrhocoris apterus. Furthermore it considers various roles of circadian clock genes in insect physiology. Application of molecular-biology methods in Pyrrhocoris apterus, non-model insect species, enable us to investigate involvement of circadian clock genes in photoperiod induced physiological responses. Application of molecular-biology methods in Periplaneta americana and Blattella germanica was ...
This molecular comparative study provides insight into the mechanism of circadian rhythm regulation ...
This review examines possible role(s) of circadian 'clock' genes in insect photoperiodism against a ...
The aim of this study was to determine the specific interactions among clock gene alleles in Drosoph...
This molecular comparative study provide insight into the circadian system and photoperiodism of the...
This molecular comparative study insight into the circadian system and photoperiodism of the linden ...
After a slow start, the comparative analysis of clock genes in insects has developed into a mature a...
After a slow start, the comparative analysis of clock genes in insects has developed into a mature a...
Abstract Photoperiodic clocks allow organisms to predict the coming season. In insects, the seasonal...
Insects display a rich variety of circadian behavioral rhythms. Many cellular and molecular processe...
This thesis considers various roles of circadian clock genes in insect physiology. Application of mo...
Organisms from bacteria to humans have evolved under predictable daily environmental cycles owing to...
Biological clocks are endogenous oscillators that give organisms the sense of time. Insects, as the ...
In D. melanogaster the period (per) and timeless (tim) genes form a feedback loop that rhythmically ...
The period gene (per) of Drosophila melanogaster, which lies at the core of the fly's circadian clo...
This review examines possible role(s) of circadian 'clock' genes in insect photoperiodism against a ...
This molecular comparative study provides insight into the mechanism of circadian rhythm regulation ...
This review examines possible role(s) of circadian 'clock' genes in insect photoperiodism against a ...
The aim of this study was to determine the specific interactions among clock gene alleles in Drosoph...
This molecular comparative study provide insight into the circadian system and photoperiodism of the...
This molecular comparative study insight into the circadian system and photoperiodism of the linden ...
After a slow start, the comparative analysis of clock genes in insects has developed into a mature a...
After a slow start, the comparative analysis of clock genes in insects has developed into a mature a...
Abstract Photoperiodic clocks allow organisms to predict the coming season. In insects, the seasonal...
Insects display a rich variety of circadian behavioral rhythms. Many cellular and molecular processe...
This thesis considers various roles of circadian clock genes in insect physiology. Application of mo...
Organisms from bacteria to humans have evolved under predictable daily environmental cycles owing to...
Biological clocks are endogenous oscillators that give organisms the sense of time. Insects, as the ...
In D. melanogaster the period (per) and timeless (tim) genes form a feedback loop that rhythmically ...
The period gene (per) of Drosophila melanogaster, which lies at the core of the fly's circadian clo...
This review examines possible role(s) of circadian 'clock' genes in insect photoperiodism against a ...
This molecular comparative study provides insight into the mechanism of circadian rhythm regulation ...
This review examines possible role(s) of circadian 'clock' genes in insect photoperiodism against a ...
The aim of this study was to determine the specific interactions among clock gene alleles in Drosoph...