Celia Salazar

Camilo Salazar 2 collaborations

None None 2 collaborations

Carolina Pardo-Diaz 1 collaboration

Alejandro Lopera Toro 1 collaboration

Sergio Andrés Peña Tovar 1 collaboration

Rodrigo Sarmiento-Garcés 1 collaboration

Melissa Sanchez Herrera 1 collaboration

Simon H Martin 1 collaboration

John W Davey 1 collaboration

Chris D Jiggins 1 collaboration

M F González-Rojas 1 collaboration

K Darragh 1 collaboration

J Robles 1 collaboration

M Linares 1 collaboration

S Schulz 1 collaboration

W O McMillan 1 collaboration

C D Jiggins 1 collaboration

C Pardo-Diaz 1 collaboration

C Salazar 1 collaboration

Eun Young Kang 1 collaboration

Dane Cheasley 1 collaboration

Cecile LePage 1 collaboration

Matthew J Wakefield 1 collaboration

Michelle da Cunha Torres 1 collaboration

Simone Rowley 1 collaboration

Carolina Salazar 1 collaboration

Zhongyue Xing 1 collaboration

Prue Allan 1 collaboration

David D L Bowtell 1 collaboration

Anne-Marie Mes-Masson 1 collaboration

Diane M Provencher 1 collaboration

Kurosh Rahimi 1 collaboration

Linda E Kelemen 1 collaboration

Peter A Fasching 1 collaboration

Jennifer A Doherty 1 collaboration

Marc T Goodman 1 collaboration

Ellen L Goode 1 collaboration

Suha Deen 1 collaboration

Paul D P Pharoah 1 collaboration

James D Brenton 1 collaboration

Weiva Sieh 1 collaboration

Constantina Mateoiu 1 collaboration

Karin Sundfeldt 1 collaboration

Linda S Cook 1 collaboration

Nhu D Le 1 collaboration

Michael S Anglesio 1 collaboration

C Blake Gilks 1 collaboration

David G Huntsman 1 collaboration

Catherine J Kennedy 1 collaboration

Nadia Traficante 1 collaboration

Anna DeFazio 1 collaboration

Scott Kaufmann 1 collaboration

Michael Churchman 1 collaboration

Charlie Gourley 1 collaboration

Andrew N Stephens 1 collaboration

Nicola S Meagher 1 collaboration

Susan J Ramus 1 collaboration

Yoland C Antill 1 collaboration

Ian Campbell 1 collaboration

Clare L Scott 1 collaboration

Martin Köbel 1 collaboration

Kylie L Gorringe 1 collaboration

Publications (4)

Taxonomic reassessment of the genus

Recombination rate variation shapes barriers to introgression across butterfly genomes.

Chemical signals act as the main reproductive barrier between sister and mimetic

Refined cut-off for TP53 immunohistochemistry improves prediction of TP53 mutation status in ovarian mucinous tumors: implications for outcome analyses.

Réseau de co-auteurs