Spreadsheet: 2c0da7ea-c4c3-4dbb-9b62-13c9182e8c28
Sheet: Committee

Committee | Reference | PI | Institution | Project Title | Requested £k
 | BB/J016373/1 | Andonovic, [NAME] | University of Strathclyde | Sub-acute ruminal acidosis: a multidisciplinary approach to understand and prevent a multifactorial disease | 225
 | BB/[NAME] | Bateson, [NAME] | Newcastle University | Early-life adversity and adult cognition: the starling as an experimental model. | 340
 | BB/J018163/1 | [NAME], [NAME] T | University of Bradford | Linking Perception to Action in Sport: Does superior visual perception explain why good players make it look easy? | 433
 | BB/J017744/1 | Bechtold, [NAME] | The University of Manchester | Biological resonance: matching internal timing to environmental fluctuations | 508
 | BB/J015660/1 | Bellamy, [NAME] | University of Nottingham | Ectopic transmission in the cerebellar cortex | 408
 | BB/J018872/1 | [NAME], [NAME] | Liverpool [NAME] University | Linking Perception to Action in Sport: Does superior visual perception explain why good players make it look easy? | 21
 | BB/J016837/1 | Fife, [NAME] | Institute For Animal Health | Role of AKT1 & SIVA1 in resistance to avian salmonellosis | 103
 | BB/J018422/1 | [NAME], Stanislaw | Keele University | The role of astrocytes in experience-dependent plasticity | 329
 | BB/[NAME] | Gray, [NAME] | University of Aberdeen | Overcoming the blunted response to resistance exercise with fish oil to maximise the maintenance of muscle mass in older people | 310
 | BB/J017248/1 | Grey, [NAME] | University of Birmingham | Identifying the behavioural and biological mechanisms underpinning elite performance in aiming tasks | 301
 | BB/J016365/1 | [NAME], [NAME] | University of St Andrews | Linking Perception to Action in Sport: Does superior visual perception explain why good players make it look easy? | 35
 | BB/J01835X/1 | Hedwig, Berthold | University of Cambridge | RESUBMISSION: Neural processing underlying auditory pattern recognition in an insect brain | 307
 | BB/[NAME] | Hodge, [NAME] | University of Bristol | How does light control the activity and electrical properties of neurons integrating arousal behaviour, circadian rhythms, and sleep? | 330
 | BB/J017353/1 | [NAME], [NAME] | University of Liverpool | Susceptibility of broiler chickens to Campylobacter: impacts of the gut environment and immune status on colonisation | 451
 | BB/J016756/1 | Isles, [NAME] | Cardiff University | Diverse serotonin 2C receptor mediated behaviours resulting from [NAME] regulated post-transcriptional modification | 369
 | BB/J015156/1 | [NAME], Rosalind | Cardiff University | Achieving a successful pregnancy: Epigenetic regulation of fetal-maternal signaling | 385
 | BB/J018120/1 | [NAME], [NAME] | University of Glasgow | Sub-acute and acute ruminal acidosis: an interdisciplinary approach to understand and prevent a multifactorial disease | 309
 | BB/J016667/1 | [NAME], [NAME] | University of Leicester | Susceptibility of broiler chickens to Campylobacter: impacts of the gut environment and immune status on colonisation | 279
 | BB/J014982/1 | [NAME], [NAME] | University of Birmingham | Neural mechanisms of memory updating | 397
 | BB/J015083/1 | Longbottom, [NAME] | Moredun Research Institute | Emerging Chlamydia-like organisms as novel causes of bovine reproductive failure | 597
 | BB/J014672/1 | Mabbott, [NAME] | University of Edinburgh | Determining the role of M cells in TSE agent neuroinvasion from the intestine | 367
 | BB/J018074/1 | [NAME], [NAME] | University of Oxford | Synaptic plasticity during cortical slow wave activity | 419
 | BB/J015091/1 | [NAME], [NAME] | University of Glasgow | Early life adversity, telomere length and adult cognition: the starling as an experimental model. | 90
 | BB/J015415/1 | Murphy, [NAME] | University of Bristol | Bilateral BBSRC-FAPESP: Behavioural and neuroendocrine mechanisms regulating hydromineral homeostasis - a lifelong perspective | 673
 | BB/J01754X/1 | [NAME], [NAME] | University of East Anglia | The effects of dihydrotestosterone on amino acid transport in ageing mammalian skeletal muscle fibres | 360
 | BB/J01513X/1 | Nisbet, Alasdair Justice | Moredun Research Institute | Development of a vaccine to control poultry red mite | 410
 | BB/[NAME] | [NAME], [NAME] | Aston University | The role of astrocytes in experience dependent plasticity | 318
 | BB/J016454/1 | [NAME], Ketan | University of Reading | The regulation of muscle stem cell migration in ageing | 314
 | BB/J015393/1 | Philiastides, Marios G | University of Nottingham | Spatiotemporal characterization of value judgments and reward processing in the human brain | 386
 | BB/J017116/1 | Ramnani, [NAME] | Royal Holloway, [NAME] of  London | Cognitive and Motor Skills: Adapation over the Lifespan, [NAME], and [NAME] from Lab to Field | 351
 | BB/J015369/1 | Richardson, Magnus | University of Warwick | Negative-feedback control of neocortical activity by the neuromodulator adenosine | 717
 | BB/J017159/1 | Rushton, [NAME] | Newcastle University | Susceptibility of broiler chickens to Campylobacter: impacts of the gut environment and immune status on colonisation | 106
 | BB/[NAME] | Sang, Helen | University of Edinburgh | Production of genetically modified chickens resistant to major avian respiratory viral pathogens | 332
 | BB/J018929/1 | Schyns, [NAME] | University of Glasgow | Understanding age-related changes in processing facial emotion | 343
 | BB/J016292/1 | [NAME], [NAME] | University of St Andrews | Early life adversity and adult cognition: the starling as an experimental model. | 25
 | BB/J018589/1 | Stanewsky, [NAME] | [NAME], University of London | How does light control the activity and electrical properties of neurons integrating arousal behaviour, circadian rhythms, and sleep? | 349
 | BB/J015296/1 | [NAME], [NAME] | University of Edinburgh | Role of AKT1 & SIVA1 in resistance to avian salmonellosis | 358
 | BB/J018309/1 | [NAME], [NAME] | University of Cambridge | Predator Vision and Avian Egg Camouflage | 394
 | BB/J014419/1 | Stevenson, [NAME] | University of Cambridge | Comprehensive mapping of rhadinovirus dissemination and persistence | 500
 | BB/J017108/1 | Tiley, [NAME] | University of Cambridge | Production of genetically modified chickens resistant to important avian respiratory diseases. | 525
 | BB/J018333/1 | [NAME], [NAME] | University of Aberdeen | Biochemical characterisation of the translocation process of RxLR-like effector proteins via tyrosine-O-sulphate modified cell surface receptors | 341
 | BB/J016608/1 | [NAME], [NAME] | University of Aberdeen | Sub-acute ruminal acidosis: an interdisciplinary approach to understand and prevent a multifactorial disease | 536
 | BB/J015601/1 | Wieland, [NAME] | Royal Veterinary College | Emerging Chlamydia-like organisms as novel causes of bovine reproductive failure | 177
 | BB/J018880/1 | [NAME], [NAME] | Liverpool [NAME] University | Identifying the behavioural and biological mechanisms underpinning elite performance in aiming tasks | 224
 | BB/J018007/1 | Wilson, [NAME] | Royal Veterinary College | The dynamics and energetics of hunting in the cheetah | 567
 | BB/J014796/1 | [NAME], [NAME] | University of the West of England | Understanding how plant antimicrobial "hot zones" can accelerate [NAME] | 248
 | BB/J015806/1 | Baylis, [NAME] | University of Liverpool | Improving projections for the future of bluetongue and its vectors under scenarios of climate and environmental change | 870
 | BB/J015113/1 | [NAME], [NAME] | University of Dundee | Regulation of (1,3;1,4)-beta-glucan synthesis in the grasses | 17
 | BB/J017213/1 | [NAME], [NAME] | Scottish Crop Research Institute | Potato miRNAs and their role in potato tuber formation | 400
 | BB/J009334/1 | Caccamo, [NAME] | The Genome Analysis Centre | Effect of Chromatin modification on meiosis:wheat, a model for polyploid crops | 215
 | BB/J016047/1 | Christie, [NAME] | University of Glasgow | Regulation of Auxin Fluxes Required for Phototropic Growth | 438
 | BB/J018430/1 | Dalmay, [NAME] | University of East Anglia | Potato miRNAs and their role in potato tuber formation | 123
 | BB/J017698/1 | [NAME], [NAME] | University of Liverpool | Drosophila model to investigate the tripartite relationship between symbiont, trypanosomes and tsetse flies | 411
 | BB/J016144/1 | Diggle, [NAME] | Lancaster University | Improving projections for the future of bluetongue and its vectors under scenarios of climate and environmental change | 103
 | BB/J015245/1 | Frankel, Gad | Imperial College London | The type III secretion system 'translocation-stop' activity of EspZ | 383
 | BB/J016071/1 | [NAME], [NAME] | Royal Holloway, [NAME] of  London | The validation, characterisation and translation of outputs derived from network analysis and QTL mapping of tomato fruit quality traits (TomNET). | 271
 | BB/J017582/1 | Frigerio, Lorenzo | University of Warwick | Tissue specific aquaporin expression for seedling water stress resistance | 435
 | BB/J014753/1 | [NAME], [NAME] | University of Stirling | An integrated model for predicting bumblebee population success and pollination services in agro-ecosystems | 301
 | BB/J017604/1 | Holdsworth, [NAME] | University of Nottingham | Cellular morphodynamics and genome-wide networks driving plant cell shape change | 333
 | BB/J017817/1 | Huitema, [NAME] | University of Dundee | Temporal Co-regulation of Pathogenesis in Phytophthora | 287
 | BB/[NAME] | [NAME], [NAME] | University of Reading | Understanding how plant antimicrobial "hot zones" can accelerate [NAME]. | 20
 | BB/J017256/1 | [NAME], [NAME] | University of Leicester | Investigating the function of a [NAME]/Hsp100-type chaperone in chloroplast preprotein import | 381
 | BB/J017647/1 | [NAME], [NAME] Susan | University of Cambridge | Substrates of the N-end rule of targeted protein degradation | 67
 | BB/J015229/1 | Lovering, [NAME] | University of Birmingham | Understanding the Role of Peptidoglycan Metabolism in Bacterial Predation | 619
 | BB/J018961/1 | May, [NAME] | University of Nottingham | The Arabidopsis.info germplasm service (NASC: V) | 785
 | BB/J007188/1 | Moore, [NAME] | [NAME] | Effect of chromatin modification on meiosis: wheat, a model for polyploid crops | 356
 | BB/J018627/1 | [NAME], [NAME] | [NAME] | Deciphering the Symbiotic Calcium Code: The activation of CCaMK | 730
 | BB/J016411/1 | Naglik, Julian | King's College London | Biological function of Candida albicans Ece1 and role in host-microbe interactions | 425
 | BB/J014915/1 | Osborne, [NAME] | University of Exeter | An integrated model for predicting bumblebee population success and pollination services in agro-ecosystems | 448
 | BB/J016764/1 | Pelicic, [NAME] | Imperial College London | Unraveling how N. meningitidis distinguish self from non-self DNA during DNA transformation | 311
 | BB/J017787/1 | [NAME], [NAME] | Durham University | Metal-sensing in Salmonella: A model for targeting a network that differentiates metals | 603
 | BB/J015598/1 | [NAME], [NAME] | University of Nottingham | The validation, characterisation and translation of the outputs derived from network analysis and QTL mapping of tomato fruit quality traits (TomNET) | 272
 | BB/J018694/1 | Smith, [NAME] | University of Cambridge | A new model for chloroplast-to-nucleus communication during seedling development | 142
 | BB/J016691/1 | Smith, [NAME] | University of Aberdeen | Overcoming antibiotic resistance by studying antibiotic hypersensitivity | 531
 | BB/[NAME] | Stekel, [NAME] | University of Nottingham | High throughput analysis of cell growth data from phenotype arrays | 307
 | BB/J014850/1 | [NAME], [NAME] | University of Edinburgh | The Type III secretion system 'translocation stop' activity of EspZ. | 47
 | BB/J018139/1 | [NAME], [NAME] | University of Southampton | A new model for chloroplast-to-nucleus communication during seedling development | 375
 | BB/J016276/1 | Theodoulou, [NAME] | Rothamsted Research | Substrates of the N-end rule of targeted protein degradation | 385
 | BB/J015563/1 | [NAME], [NAME] | University of Leeds | Effects of environmental change: increased nematode pest status on UK crops. | 668
 | BB/J014869/1 | Waugh, [NAME] | Scottish Crop Research Institute | Regulation of (1,3;1,4)-beta-glucan synthesis in the grasses | 376
 | BB/J016500/1 | Whisson, Stephen | Scottish Crop Research Institute | Temporal Co-regulation of Pathogenesis in Phytophthora | 284
 | BB/J017450/1 | [NAME], [NAME] | Institute of Cancer Research | Combining Genomics and Phosphoproteomics to [NAME] that Promote Mitochondrial Homeostasis | 644
 | BB/J018554/1 | Baxter, [NAME] | University of Sussex | How does [NAME] mediate topological change during mitosis? | 465
 | BB/J018791/1 | Blaxter, [NAME] | University of Edinburgh | Genetic basis of reproductive and plumage polymorphism in the ruff | 135
 | BB/J015539/1 | Briscoe, [NAME] | MRC National Inst for Medical Research | Signal integration and interpretation during neural development | 244
 | BB/J018937/1 | Burke, [NAME] | University of Sheffield | Genetic basis of reproductive and plumage polymorphism in the ruff | 338
 | BB/J016179/1 | Callaghan, [NAME] | University of Portsmouth | Investigating metabolite-RNase communication. | 373
 | BB/J017590/1 | Chari, Divya Maitreyi | Keele University | Magnetic nanoparticle mediated delivery of neurotherapeutic genes to multipotent neural stem cell transplant populations | 295
 | BB/J015237/1 | [NAME], [NAME] | University of Aberdeen | An integrated experimental and theoretical approach to understanding corneal epithelial maintenance | 183
 | BB/J018643/1 | Doherty, Aidan | University of Sussex | Molecular basis for repairing DNA double-strand breaks by non homologous end-joining | 657
 | BB/J01589X/1 | Enright, [NAME] | EMBL - European Bioinformatics Institute | Computational prediction and analysis of long non-coding RNAs | 343
 | BB/J016721/1 | Fife, [NAME] | Institute For Animal Health | Genetic mapping of vector competence in Culicoides sonorensis. | 665
 | BB/J015652/1 | Firth, [NAME] | University of Cambridge | Deciphering the enigmatic expression mechanism of the newly discovered PIPO gene in the [NAME] family of plant viruses | 346
 | BB/J015261/1 | [NAME], [NAME] | King's College London | The developmental logic of trigeminal sensory neurons | 361
 | BB/J01687X/1 | Gray, Nicola Kemp | University of Edinburgh | Elucidating the molecular and biological functions of mammalian-specific PABP5, a unique non-canonical PABP. | 512
 | BB/J015075/1 | Green, [NAME] | King's College London | Cell polarity and phosphoinositide kinases in Wnt signalling | 336
 | BB/J016004/1 | Hay, [NAME] | University of Dundee | Mechanism of poly-SUMO chain recognition by the ubiquitin ligase RNF4 | 302
 | BB/J017183/1 | Headon, [NAME] | University of Edinburgh | Parameterisation of developmental networks to understand periodic patterning | 320
 | BB/J018236/1 | Henderson, [NAME] | University of Cambridge | Not just a smiley face:  Using DNA origami to solve problems in molecular biology | 617
 | BB/J017272/1 | Kentish, [NAME] | King's College London | Modelling the human heart: an integrated experimental and computational study | 623
 | BB/J017299/1 | Kersey, [NAME] | EMBL - European Bioinformatics Institute | Genetic mapping of vector competence in Culicoides sonorensis. | 174
 | BB/J014826/1 | [NAME], [NAME] | University of Aberdeen | Recombination and the clearance of replicative blocks - to bypass or not to bypass? | 306
 | BB/J015032/1 | Matter, [NAME] | University College London | The epithelial junction protein MarvelD3 in cell proliferation and migration | 484
 | BB/J016799/1 | Matthews, Stephen | Imperial College London | Mechanism of poly-SUMO chain recognition by the ubiquitin ligase RNF4 | 334
 | BB/J016209/1 | OShaughnessy, [NAME] | University of Glasgow | Integrating systems biology and transgenic technologies to unlock the secrets of Sertoli cell development and function | 264
 | BB/J015490/1 | Painter, [NAME] | Heriot-Watt University | An integrated experimental and theoretical approach to understanding corneal epithelial maintenance | 55
 | BB/J017124/1 | Painter, [NAME] | Heriot-Watt University | Parameterisation of developmental networks to understand periodic patterning | 42
 | BB/J018899/1 | Pule, [NAME] | University College London | Synthetic Biologic Application to T-cell Engineering | 401
 | BB/J014877/1 | [NAME], Polly | [NAME] of Hygiene and Trop Medicine | By chance or design: Defining the genome packaging signals for a multi-segmented RNA virus | 604
 | BB/J015105/1 | Smith, [NAME] | University of Edinburgh | Integrating systems biology and transgenic technologies to unlock the secrets of Sertoli cell development and function | 378
 | BB/J016322/1 | Stafford, [NAME] | University of Sheffield | Use of Synthetic Biology in the Development of Bacterial Adhesins for Skin Grafting applications | 92
 | BB/J016284/1 | [NAME], [NAME] | King's College London | TET protein function in conversion of 5mC to 5hmC during cell cycle entry | 399
 | BB/J016489/1 | Uney, [NAME] | University of Bristol | Functions of the SAFB family identified by iCLIP | 240
 | BB/J015172/1 | West, [NAME] | University of Edinburgh | An integrated experimental and theoretical approach to understanding corneal epithelial maintenance | 252
 | BB/J014834/1 | [NAME], [NAME] | The University of Manchester | A novel ageing-related pathway regulating ROS homeostasis. | 479
 | BB/J01477X/1 | Wickstead, [NAME] | University of Nottingham | Chromosome segregation machinery in a basal eukaryotic system | 331
 | BB/J015067/1 | Wilson, S | University of Sheffield | The assembly and function of the TREX complex | 437
 | BB/J017094/1 | Ayscough, [NAME] | University of Sheffield | Defining factors that ensure unidirectionality of endocytosis | 469
 | BB/J018082/1 | Benesch, Justin LP | University of Oxford | [NAME] of Polydisperse Molecular Chaperone Complexes | 287
 | BB/J018198/1 | Blumenschein, Tharin M. A. | University of East Anglia | The molecular basis of action of the toxin Microcin B17 on DNA gyrase | 20
 | BB/J016888/1 | Butt, [NAME] | University of Portsmouth | Targeted cell-specific deletion of Kir4.1 channels to determine their functions in oligodendrocytes | 598
 | BB/J017310/1 | Dafforn, [NAME] | University of Birmingham | Detergent-free extraction and purification of membrane proteins to enable structural and functional studies. | 407
 | BB/J018724/1 | Emptage, N | University of Oxford | Achieving synaptic stability: An investigation of processes that maintain glutamate receptor clusters at synapses. | 361
 | BB/J016969/1 | Fern, [NAME] | University of Leicester | Ion homeostasis in optic nerve astrocytes | 329
 | BB/J017302/1 | Gadola, [NAME] | University of Southampton | Elucidating structure-activity relationships for protein-hydrocarbon interactions: Using human CD1d protein as a model system | 520
 | BB/J015199/1 | Gartner, [NAME] | University of Dundee | SUMO proteomics in C. elegans; germ line, meiosis and the DNA damage response | 301
 | BB/J01575X/1 | [NAME], [NAME] | University of Cambridge | Physiological properties and functions of phosphatidylinositol 5-phosphate 4-kinase gamma | 394
 | BB/J015881/1 | [NAME], [NAME] | MRC Cell Biology Unit | Systematic analysis of post-translational regulation of autophagy protease ATG4B | 243
 | BB/J016055/1 | Krivov, Sergey | University of Leeds | High Resolution Free Energy Landscape Analysis of Protein Folding Dynamics | 290
 | BB/J015016/1 | Lewis, [NAME] | Newcastle University | Phosphotransferases in bacterial cell wall biosynthesis | 351
 | BB/J014699/1 | McArdle, [NAME] | University of Bristol | Decoding gonadotropin-releasing hormone ([NAME]) pulse frequency | 627
 | BB/J017795/1 | MacKenzie, Amanda [NAME] | University of Bath | The P2X7 Interactome: Protein interactions in the P2X7 C-terminus and their role in inflammatory signalling | 45
 | BB/J016853/1 | Maxwell, [NAME] | [NAME] | The molecular basis of action of the toxin Microcin B17 on DNA gyrase | 467
 | BB/J015938/1 | Molnar, Elek | University of Bristol | Development of biotin-tagged affinity ligands and fluorophore-conjugated probes for the study of native kainate receptors | 657
 | BB/J016985/1 | Mullineaux, [NAME] | [NAME], University of London | Spatial dynamics of electron transport | 335
 | BB/J015253/1 | [NAME], [NAME] | Imperial College London | Spatial dynamics of electron transport | 60
 | BB/J018171/1 | O'Connor, [NAME] | University of East Anglia | Redox Enzymes Required for Construction of the Ergot Alkaloid Framework | 361
 | BB/J01821X/1 | [NAME], Stephen | University of Cambridge | Understanding the control of cell metabolism and growth in Saccharomyces cerevisiae through manipulation of purine nucleotide concentrations | 556
 | BB/J016012/1 | Preston, [NAME] | University of Oxford | Understanding how plant antimicrobial "hot zones" can accelerate [NAME]. | 252
 | BB/J01804X/1 | Rich, [NAME] | University College London | Spatial dynamics of electron transport | 25
 | BB/J015873/1 | Rutter, [NAME] | Imperial College London | Role of mitochondrial calcium transport in the regulation of insulin secretion | 459
 | BB/J015512/1 | Scrutton, [NAME] | The University of Manchester | Industrial chemicals of the monoterpenoid class realised through synthetic biology and pathway engineering | 700
 | BB/J017906/1 | [NAME], [NAME] | University of Bristol | Unravelling a Novel Mode of Multiple Antibiotic Resistance: Mechanism and Inhibition of Radical-SAM RNA Methyltransferases | 407
 | BB/J018635/1 | [NAME], [NAME] | University of Oxford | Molecular mechanisms regulating subventricular zone progenitor migration | 686
 | BB/J014966/1 | [NAME], [NAME] | University of Sheffield | Internal dynamics in the enzyme barnase | 391
 | BB/J017345/1 | Young, [NAME] | Cardiff University | The P2X7 Interactome: Protein interactions in the P2X7 C-terminus and their role in inflammatory signalling | 338