Proteomics,Multiomics

Dataset Information

0

Bumblebee venom - The genomes of two key bumblebee species with primitive eusocial organization

ABSTRACT: This experiment provide a comprehensive overview of proteins present in bumblebee venom.

OTHER RELATED OMICS DATASETS IN: PRJNA271157PRJNA45869PRJNA61101

INSTRUMENT(S): LTQ FT

ORGANISM(S): Bombus Terrestris (buff-tailed Bumblebee) (apis Terrestris)

TISSUE(S): Venom

SUBMITTER: Bart Devreese  

LAB HEAD: Bart Devreese

PROVIDER: PXD001623 | Pride | 2015-04-29

REPOSITORIES: Pride

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Publications

The genomes of two key bumblebee species with primitive eusocial organization.

Sadd Ben M BM   Barribeau Seth M SM   Bloch Guy G   de Graaf Dirk C DC   Dearden Peter P   Elsik Christine G CG   Gadau Jürgen J   Grimmelikhuijzen Cornelis J P CJ   Hasselmann Martin M   Lozier Jeffrey D JD   Robertson Hugh M HM   Smagghe Guy G   Stolle Eckart E   Van Vaerenbergh Matthias M   Waterhouse Robert M RM   Bornberg-Bauer Erich E   Klasberg Steffen S   Bennett Anna K AK   Câmara Francisco F   Guigó Roderic R   Hoff Katharina K   Mariotti Marco M   Munoz-Torres Monica M   Murphy Terence T   Santesmasses Didac D   Amdam Gro V GV   Beckers Matthew M   Beye Martin M   Biewer Matthias M   Bitondi Márcia M G MM   Blaxter Mark L ML   Bourke Andrew F G AF   Brown Mark J F MJ   Buechel Severine D SD   Cameron Rossanah R   Cappelle Kaat K   Carolan James C JC   Christiaens Olivier O   Ciborowski Kate L KL   Clarke David F DF   Colgan Thomas J TJ   Collins David H DH   Cridge Andrew G AG   Dalmay Tamas T   Dreier Stephanie S   du Plessis Louis L   Duncan Elizabeth E   Erler Silvio S   Evans Jay J   Falcon Tiago T   Flores Kevin K   Freitas Flávia C P FC   Fuchikawa Taro T   Gempe Tanja T   Hartfelder Klaus K   Hauser Frank F   Helbing Sophie S   Humann Fernanda C FC   Irvine Frano F   Jermiin Lars S LS   Johnson Claire E CE   Johnson Reed M RM   Jones Andrew K AK   Kadowaki Tatsuhiko T   Kidner Jonathan H JH   Koch Vasco V   Köhler Arian A   Kraus F Bernhard FB   Lattorff H Michael G HM   Leask Megan M   Lockett Gabrielle A GA   Mallon Eamonn B EB   Antonio David S Marco DS   Marxer Monika M   Meeus Ivan I   Moritz Robin F A RF   Nair Ajay A   Näpflin Kathrin K   Nissen Inga I   Niu Jinzhi J   Nunes Francis M F FM   Oakeshott John G JG   Osborne Amy A   Otte Marianne M   Pinheiro Daniel G DG   Rossié Nina N   Rueppell Olav O   Santos Carolina G CG   Schmid-Hempel Regula R   Schmitt Björn D BD   Schulte Christina C   Simões Zilá L P ZL   Soares Michelle P M MP   Swevers Luc L   Winnebeck Eva C EC   Wolschin Florian F   Yu Na N   Zdobnov Evgeny M EM   Aqrawi Peshtewani K PK   Blankenburg Kerstin P KP   Coyle Marcus M   Francisco Liezl L   Hernandez Alvaro G AG   Holder Michael M   Hudson Matthew E ME   Jackson LaRonda L   Jayaseelan Joy J   Joshi Vandita V   Kovar Christie C   Lee Sandra L SL   Mata Robert R   Mathew Tittu T   Newsham Irene F IF   Ngo Robin R   Okwuonu Geoffrey G   Pham Christopher C   Pu Ling-Ling LL   Saada Nehad N   Santibanez Jireh J   Simmons DeNard D   Thornton Rebecca R   Venkat Aarti A   Walden Kimberly K O KK   Wu Yuan-Qing YQ   Debyser Griet G   Devreese Bart B   Asher Claire C   Blommaert Julie J   Chipman Ariel D AD   Chittka Lars L   Fouks Bertrand B   Liu Jisheng J   O'Neill Meaghan P MP   Sumner Seirian S   Puiu Daniela D   Qu Jiaxin J   Salzberg Steven L SL   Scherer Steven E SE   Muzny Donna M DM   Richards Stephen S   Robinson Gene E GE   Gibbs Richard A RA   Schmid-Hempel Paul P   Worley Kim C KC  

Genome biology 20150424

<h4>Background</h4>The shift from solitary to social behavior is one of the major evolutionary transitions. Primitively eusocial bumblebees are uniquely placed to illuminate the evolution of highly eusocial insect societies. Bumblebees are also invaluable natural and agricultural pollinators, and there is widespread concern over recent population declines in some species. High-quality genomic data will inform key aspects of bumblebee biology, including susceptibility to implicated population via  ...[more]

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