Number of items: 18.
Type: Dataset
| 2021
| Taylor & Francis
| Item not available on this server.
Epigenome-wide association study of sarcopenia: findings from the Hertfordshire Sarcopenia Study (HSS) -
Elie Antoun,
Emma Garratt,
Andrea Taddei,
Mark Burton,
Sheila Barton,
Philip Titcombe,
Holly Emma Syddall,
Elaine Dennison,
Avan A. Sayer,
Sarah Shaw,
Cyrus Cooper,
Joanna D. Holbrook,
Harnish Patel,
Keith Godfrey and
Karen Lillycrop
Type: Article
| 2021
DNA methylation signatures in cord blood associated with birthweight are enriched for dmCpGs previously associated with maternal hypertension or pre-eclampsia, smoking and folic acid intake -
Elie Antoun,
Philip Titcombe,
Kathryn V. Dalrymple,
Negusse Kitaba,
Sheila Barton,
A.C. Flynn,
Robert Murray,
Emma Garratt,
Paul T. Seed,
Sara L. White,
Cyrus Cooper,
Hazel Inskip,
Mark Hanson,
L. Poston,
Keith Godfrey and
Karen Lillycrop
Type: Article
| 2021
| Item not available on this server.
Preconceptional smoking alters spermatozoal miRNAs of murine fathers and affects offspring’s body weight -
Barbara Hammer,
Latha Perunthadambil Kadalayil,
Eistine Boateng,
Dominik Buschmann,
Faisal I. Rezwan,
Martin Wolff,
Sebastian Reuter,
Sabine Bartel,
Toril Mørkve Knudsen,
Cecilie Svanes,
John W. Holloway and
Susanne Krauss-etschmann
Type: Article
| 2021
DNA methylation at birth is associated with childhood serum immunoglobulin E levels -
Luhang Han,
Akhilesh Kaushal,
Hongmei Zhang,
Latha Perunthadambil Kadalayil,
Jiasong Duan,
John Holloway,
Wilfried Karmaus,
Pratik Banerjee,
Shih-Fen Tsai,
Hui-Ju Wen,
Syed Arshad and
Shu-Li Wang
Type: Article
| 2021
Influence of maternal diet and lifestyle on umbilical cord blood DNA methylation signatures associated with childhood adiposity -
Mark Hanson,
Robert Murray,
Elie Antoun,
Philip Titcombe,
Sheila Barton,
Negusse Kitaba,
Cyrus Cooper,
Hazel Inskip,
Keith Godfrey,
Graham Burdge,
Karen Lillycrop,
Pamela A Mahon,
Julian Halcox and
Elizabeth Ellins
Type: Article
| 2021
Adiposity associated DNA methylation signatures in adolescents are related to leptin and perinatal factors -
R.C. Huang,
P.E. Melton,
M.A. Burton,
L.J. Beilin,
R. Clarke-Harris,
E. Cook,
K.M. Godfrey,
G.C. Burdge,
T.A. Mori,
D Anderson,
S. Rauschert,
J.M. Craig,
M.S. Kobor,
J.L. MacIsaac,
A.M. Morin,
W.H. Oddy,
C.E. Pennell,
J.D. Holbrook and
K.A. Lillycrop
Type: Article
| 2021
Influence of maternal lifestyle and diet on perinatal DNA methylation signatures associated with childhood arterial stiffness at 8-9 years -
Robert Murray,
Negusse Kitaba,
Elie Antoun,
Philip Titcombe,
Sheila Barton,
Cyrus Cooper,
Hazel Inskip,
Graham Burdge,
Pamela A Mahon,
John Deanfield,
Julian P. Halcox,
Elizabeth A. Ellins,
Jennifer Bryant,
Charles Peebles,
Karen Lillycrop,
Keith Godfrey and
Mark Hanson
Type: Article
| 2021
| Item availability restricted.
Influence of maternal lifestyle and diet on perinatal DNA methylation signatures associated with childhood arterial stiffness at 8 to 9 years -
Robert Murray,
Negusse Kitaba,
Elie Antoun,
Philip Titcombe,
Sheila Barton,
Cyrus Cooper,
Hazel M. Inskip,
Graham C. Burdge,
Pamela A. Mahon,
John Deanfield,
Julian P. Halcox,
Elizabeth A. Ellins,
Jennifer Bryant,
Charles Peebles,
Karen Lillycrop,
Keith M. Godfrey,
Mark A. Hanson and
Epi Gen Consortium
Type: Article
| 2021
| Item availability restricted.
Short-term diet intervention alters the small non-coding RNA (sncRNA) landscape of human sperm -
C Vaz,
AJ Kermack,
M Burton,
PF Tan,
J Huan,
TPX Yoo,
Kerry Donnelly,
SJ Wellstead,
HL Fisk,
FD Houghton,
S Lewis,
YS Chong,
PD Gluckman,
Y Cheong and
N Karnani
Type: UNSPECIFIED
| 2021
| bioRxiv
| Item not available on this server.
Folate and vitamin B12 status: associations with maternal glucose and neonatal DNA methylation sites related to dysglycaemia, in pregnant women with obesity -
Wenneke van Weelden,
Paul T. Seed,
Elie Antoun,
Keith Godfrey,
Negusse Kitaba,
Karen Lillycrop,
Kathryn V. Dalrymple,
Agata Sobczyńska-Malefora,
Rebecca C. Painter,
Lucilla Poston,
Sara L. White and
Angela Flynn
Type: Article
| 2021
This list was generated on Tue Dec 17 01:40:19 2024 GMT.