V excited to share our latest paper which explores #Mendelianrandomisation (MR) methods used to perform #lifecourse research and #systematically reviews work that has utilised MR to elucidate effects of factors acting at different stages of the lifecourse: https://t.co/keOlaD51ua
Investigation into the causal genetic association between adiposity and reproductive factors.
Read the full study by @Claire_Prince_, @laurahowe_epi, @abifraser1, @BeckyRichmond90. and Gemma C Sharp here: https://t.co/seBKcA0Dib
Excited to share our preprint which uses multivariable mendelian randomization methods to untangle the relationships between adiposity and reproductive factors @BeckyRichmond90 @abifraser1 @laurahowe_epi
Establishing the relationships between adiposity and reproductive factors: a multivariable Mendelian randomization analysis. https://t.co/HgZ2cH2LCX #medRxiv
Excited to share my paper investigating relationships between women’s reproductive factors using Mendelian randomization! Check it out here: https://t.co/yEKnCYmBrd
@BeckyRichmond90 @ammegandchips @laurahowe_epi @abifraser1
Take a look at our paper where we explore the effects of genetically predicted gene expression on 14 immune-associated and cancer outcomes. With @iTomRichardson and @drrmitch
https://t.co/yqhJqTOVCw
Happy to share the preprint where we use Mendelian randomization methods to elucidate causal links between reproductive factors in women @BeckyRichmond90 @ammegandchips @abifraser1 @laurahowe_epi https://t.co/4MWwDHHbex
As part of SEE-Cigs (Studying the Epigenetics of E-cigarettes), we recruited e-cigarette users who reported having a limited smoking history and used DNA methylation to: 1) verify their non-smoking status and 2) assess the biological impact of e-cigarettes distinct from smoking
Excited to share the preprint of work with @iTomRichardson and @drrmitch which explored immune-cell regulatory mechanisms and genetic architecture of 16 autoimmune and cancer outcomes using multi-omics methods
An integrative multi-omics analysis of 16 autoimmune diseases and cancer outcomes highlights immune-cell regulatory mechanisms and shared genetic architecture https://t.co/1GoHXak2Bs