Alphabetical Site Map: Use this for a forensic look at what we do. The closest thing we have to an index! Links now work as they should. Thanks LogHound
- - A -
- A degrading synthesis of proteome turnover research!
- A new lipocalin, fully sequenced, from bank voles
- A proteomics workbench?
- A-Z |
- About me -
- Absolute quantification by QconCAT
- Acetone modifies peptides! Be careful if you're using acetone precipitation.
- Amino acid playing cards
- An unusual marsupial urinary lipocalin - vulpeculin
- Asymetric equalisation with combinatorial beads
- Avian Proteomics
- - B -
- Biomarkers of ragwort poisoning in horses
- - C -
- Canine MMP identification
- Caught in a trap - proteomics of NETS
- Cauxin in big cat urine
- Challenging the 'MHC' hypothesis
- Characterising proteins in scent marks
- Chromatographic separation at the protein level
- Cochrane review of McArdle disease
- Complete de novo sequencing of a mouse lemur protein
- Connective tissue proteomics
- Contact with urinary proteins stimulates countermarking in male mice
- Copper toxicity in sheep
- Cross-species proteomics
- CSF proteomics in bacterial meningitis
- - D -
- Darcin and the neural circuits it activates
- Darcin in the news
- Darcin NMR structure lodged
- Darcin stimulates neurogenesis
- Darcin three dimensional structure solved!
- Derivatization for proteomics
- Designer genes for mass spectrometry
- Designing QconCATs for a mammalian pathway
- Detailed protein analysis of the rat MUP complex
- Double standards in proteomics
- Dynamic SILAC for global assessment of proteome turnover
- Dynamic sperm labelling
- - E -
- Enzyme turnover and metabolic regulation
- Even the smallest of hamsters have lipocalins in their urine.
- Extending Progenesis to embrace SILAC and Hi3
- - F -
- Familiarity breeds...?
- First 'zap the crap', now 'Fry the fly': REIMS for insect identification
- First paper describing QconCAT
- First paper on a systematic analysis of MUP expression
- First paper on dynamic SILAC in intact animals
- First paper on proteome turnover
- FPGA acceleration of proteomics data processing
- FTICR based quantification
- FTICR resolution of similar mass proteins
- - G -
- Genetics of individual MUP variation
- Global cooling
- Global proteome quantification: dreams or reality?
- Global proteomics of carbon source metabolism in Saccharomyces
- - H -
- Hardware accelerated proteomics
- Heparin binding proteome
- - I -
- Identification of an atypical male-specific MUP in mouse urine
- Improving the quality of turnover measurement
- Inbreeding and individual recognition
- Inbreeding compromises competitor recognition
- Individual recognition through MUPs
- Influence of viruses on MUP production
- Intact mass proteomics
- Involatile ownership signals in mouse scent marks
- Isoformer
- Isolation of N-terminal peptides
- It is a truth, universally acknowledged, that a mouse in possession of darcin must be in want of a mate.
- - J -
- - K -
- - L -
- Limited proteolysis
- Limited proteolysis of MUPs
- Limited proteolysis of native proteins
- - M -
- Many MUPs expressed by wild mice
- March of the acronyms.. ALACATs (a la carte proteomics)
- Mass spectrometry identification of proteins
- McArdle disease
- McArdle disease
- McArdle disease Cochrane systematic review
- McArdle disease treatments
- Mechanisms of kin recognition
- Metabolic labelling in proteomics
- Metabolomics in canine hepatology
- MHC in scent communication
- MHC is not involved in individual recognition
- MMP Zymography
- MMP zymography
- MS from gels, top down or bottom up
- MUP complexity and analytical challenges
- MUP heterogeneity
- MUP ligand binding
- MUP molecular heterogeneity
- MUP polymorphic variants
- MUP polymorphism & ligand binding
- MUP polymorphism in an island population of mice
- MUP variation in lab mouse strains
- MUP variation in mouse subspecies
- MUPs advertise heterozyygosity and fitness
- MUPs and competitive scent marking
- MUPs and MHC in mate choice
- MUPs bind volatiles and extend the duration of odour signals
- MUPs can take up ligands from the environment
- MUPs in an aboriginal mouse
- MUPs in individual recognition
- MUPs play multiple roles in mouse communication
- MUPs shape the volatile odours of mice
- Muscle proteomics
- Muscle proteomics: anabolic agent effects
- Myths about MUPs
- - N -
- New paper on CSF proteomics in paediatric meningitis
- News |
- Nextgen QconCATs - MEERCAT!
- - O -
- Of mice, mups and mass spectrometry
- On catnip and mosquitoes - solving an evolutionary puzzle
- Overview of McArdle disease
- Oxidative stress and MUPs
- - P -
- Parasite proteomics
- Peptide map drawing tool
- Peptide mapping tool
- PFG Lab Opening
- pH Buffers |
- Pheromones and contextual information.
- Photography |
- Plasticity of the mouse seminal vesical fluid proteome
- Positional proteomics and MetAP-2 substrates
- Pre-eclampsia biomarkers
- Prevention of proteolysis
- PRIDE Datasets
- Professor Rob Beynon, FLSW!
- Protease inhibitors
- Proteasome proteolysis
- Protein binding in chemical communication
- Protein turnover in a vertebrate
- Proteome dynamics
- Proteome dynamics in a non-model species - the challenges!
- Proteome dynamics review
- Proteome plasticity in sperm competition
- Proteome turnover: why is it not being studied?
- Proteomics and animal disease
- Proteomics and animal disease
- Proteomics and genome annotation
- Proteomics and protein moonlighting
- Proteomics in craniopharyngioma
- Proteomics of a marine organism
- Proteomics of copper effects in Ronaldsay sheep
- Proteomics of copper toxicity
- Proteomics of dystrophic muscle
- Proteomics of epileptogenesis
- Proteomics of growing muscle
- Proteomics of HGF/EGF signalling
- Proteomics of hippocampus in elipepsy
- Proteomics of myofibroblasts
- Proteomics of ocular cancer secretomes reveal malignancy potential
- Proteomics of oxidative stress in mice
- Proteomics of tissue samples
- Proteomics suppporting supramolecular studies
- Proteomics to identify galectin binding partners
- Publications |
- - Q -
- QconCAT compared to label-free for plasma proteins
- QconCAT for equine acute phase proteins
- QconCAT protocols defined
- QconCATs for mastitis research
- QconCATs in equine wound healing
- Quantification of a metabolic pathway
- Quantification of proteins in the human osteoarthritic secretome
- Quantitative analysis of the yeast 'chaperome'
- Quantitative proteomics in systems biology
- - R -
- Rats have MUPs too - but different!
- REIMS for the analysis of bacterial protein production
- Removal of journal titles
- Review of M4 proteases
- Review of rodent urinary lipocalins
- Review of thermolysins
- Role of RNA polymerase III through proteomics
- Romeo, Romeo, 'whiff'-fore art thou, Romeo?
- - S -
- Scent exposure influences competitive behaviour in lab mice
- Scent marks signal competitive ability
- Scent of sensecence
- Scent signals of status
- Scent wars
- Schistosome parasite QconCAT
- Secretome analysis of cancer cells
- Seminal vesicle protein evolution
- Sequential exoproteolysis is not valid as a structural probe
- Sex pheromones are not aways attractive
- Shall we rethink posters?
- SIDLS: stable isotope labelling for secretome dynamics
- Significance of animal scents in behaviour
- Social status and mate choice
- Soluble meprin alpha
- Soluble urinary meprin
- Speeding up proteomics with hardware computing solutions
- Sperm proteomes, gone large
- SRM data standards
- Stable isotope labelling for identification
- Strategies for dynamic SILAC
- Structural comparison of central and peripheral mouse MUPs
- Structure and asparagine deamidation
- Synovial fluid proteomes
- - T -
- Tarui disease review
- The avoidance of inbreeding
- The biggest absolute quantification study ever! A tale of 100 QconCATs for nearly 2,000 proteins
- The end of proteomics
- The joys of running a training course!
- Tools |
- Treatment for McArdle disease
- - U -
- Unkind cuts - proteolysis and proteomics
- Urinary lipocalins
- Using protemics to define MMP7 processing
- Using proteomics to explore 'pseudogene' expression
- Using proteomics to identify targets for schistosomiasis
- Using QconCATs to establish protein complex stoichiometry
- Using stable isotopes to track sperm competition
- - V -
- Vitamin B6 and McArdle disease
- - W -
- Who's got the biggest workload? Analysis of chaperone abundance and workload
- Whole animal protein turnover studies
- Wild mice show much more MUP polymorphism than inbred lab mice
- - X -
- - Y -
- Yeast complex proteomics
- - Z -
- Zap the crap! Using REIMS to obtain valuable information from animal faeces