Investigator / Supervisor details

Name	Professor Andrew Loudon
Current Institution	The University of Manchester
Current Department	School of Biological Sciences
Institution website	http://www.man.ac.uk
Previous Institutions

Current Awards

No current BBSRC awards

Completed Awards

Reference	Title	Award Role	Value £	Type
0014904	Development of a novel transgenic approach to the study of clock gene regulation in a seasonally breeding mammal	Principal Investigator	172,772	Research Grant
9810688	Application of a novel gene mapping tool (amplified fragment length polymorphism) to identify a clock gene in mammals	Principal Investigator	110,640	Research Grant
BB/C515139/1	Using a seasonal mammal exhibiting low temperature torpor to understand the physiology of cardiac myoctes and resistance arrhythmias	Co-investigator	311,578	Research Grant
BB/D004357/1	Regulation of circadian timers in a peripheral tissue the lung and identification of cellular and in vivo physiological pathways	Principal Investigator	485,675	Research Grant
BB/E010490/1	Neural and molecular pathways regulating torpor in mammals	Principal Investigator	822,973	Research Grant
BB/E022553/1	Molecular dynamics of circadian timing in a mouse model of human sleep disorder	Principal Investigator	1,228,484	Research Grant
BB/G003033/1	Dissection of a novel molecular pathway involved in seasonal timing in a melatonin-target tissue using an experimental and systems-level approach.	Principal Investigator	780,332	Research Grant
BB/H020713/1	MRes Integrative Biology	Co-investigator	271,204	Training Grants
BB/J017744/1	Biological resonance: matching internal timing to environmental fluctuations	Co-investigator	469,660	Research Grant
BB/K003097/1	Systems Biology analysis of biological timers and inflammation	Co-investigator	4,160,524	Research Grant
BB/K003119/1	Epigenetic control of seasonal timing	Principal Investigator	439,640	Research Grant
BB/L000954/1	Local and systemic circadian cues coordinately regulate innate immunity via an epigenetic circuit.	Principal Investigator	489,796	Research Grant
BB/N015584/1	Unravelling the networks that regulate seasonal rhythmicity in the epigenome	Principal Investigator	474,681	Research Grant
BB/P017347/1	Quantification of protein dynamics driving the circadian clock	Principal Investigator	610,426	Research Grant
BB/R014361/1	An upright confocal microscope for multidisciplinary research	Co-investigator	282,781	Research Grant
BB/S019324/1	Establishment of a cutting-edge imaging modality to enable multi-parameter analyses within tissues	Co-investigator	436,438	Research Grant
BB/V019198/1	Metabolic and behavioural phenotyping system	Co-investigator	339,360	Research Grant
BB/V019287/1	Cutting-edge Spectral sorter to drive in-depth analysis of cell states and activity in complex tissue environments	Co-investigator	481,495	Research Grant
BBS/B/08744	Photoperiodic regulation of a neuroendocrine relay in a seasonal mammal: genomic and transcriptional pathways	Principal Investigator	514,432	Research Grant
BBS/S/P/2003/10384	Dissecting the molecular physiology of a clock mutation: impact on global physiology	Principal Supervisor	44,755	Studentships
REI18500	Multi-user cell culture laboratories for cell imaging and stem cell research	Co-investigator	82,272	Research Grant
S05944	Analysis of the genetic basis of the circadian tau mutation in the Syrian hamster	Principal Investigator	209,107	Research Grant
S08644	Seasonal regulation of immunity	Co-investigator	115,196	Research Grant
S09286	Use of luciferase reporters to study melatonin signalling and real-time gene expression in the pituitary gland of a seasonal mammal	Principal Investigator	243,482	Research Grant
S09291	Use of luciferase reporters to study melatonin signalling and real-time gene expression in the pituitary gland of a seasonal mammal	Co-investigator	37,340	Research Grant
S12833	Body weight and reproductive cycles in a seasonal mammal and the action of leptin	Principal Investigator	199,441	Research Grant
S14761	The long-term neuroendocrine regulation of energy balance in a seasonal mammal: a genetic and experimental approach	Principal Investigator	316,588	Research Grant
S16862	Potential novel role for a neuropeptide signalling system in the circadian clock	Co-investigator	352,116	Research Grant
S18856	Technology development: a mouse model of the hamster tau mutation to study integrative circadian physiology	Principal Investigator	314,116	Research Grant

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