@kevinfolta @JChrisPires The story has been fascinating to uncover detail at the genome level. Check out these publications: https://t.co/vzQ2tWCeI5 https://t.co/1Alidb08Sn
Well worth reading the articles - Crop origins are fascinating #WildRelatives
Peanut has amazingly close representatives of its diploid ancestors alive as genetic 'living fossils' from the gardens of ancient inhabitants of South America! DNA of A. ipaënsis (seed at top right) is ~99.97% identical to peanut! https://t.co/u8JBbgmzPD
@menitaxi @macarolia Gracias por el interés en el artículo! Puedes descargar un pdf aquí. https://t.co/5Mf3gqSb6r Además, estos links (acceso abierto), también pueden ser de interés https://t.co/wufprdBWFE https://t.co/1Alidb08Sn
RT @BotanyBert: Read about the story here: https://t.co/wufprdBWFE and https://t.co/Xs77latQlo More background in the magnificent monograph…
RT @BotanyBert: Read about the story here: https://t.co/wufprdBWFE and https://t.co/Xs77latQlo More background in the magnificent monograph…
Read about the story here: https://t.co/wufprdBWFE and https://t.co/Xs77latQlo More background in the magnificent monograph of the Arachis genus: In Spanish https://t.co/CgO7uQpzM6 In English https://t.co/JiXqdVl7t3
https://t.co/Dm0OffcNL7 has both wild peanut genomes (A & B genome) https://t.co/InZRxcComF Research paper: https://t.co/ZExbeuMHD4
Very interesting
https://t.co/Dm0OfeVcmx has the wild peanut genomes (A & B genome) https://t.co/YVdi1okh8Z Research paper: https://t.co/ZExbeuv6eu
RT @PeanutBaseorg: https://t.co/Dm0OffcNL7 has the wild peanut genomes (A & B genome) https://t.co/YVdi1o2Ghr Research paper: https://t.co/…
RT @PeanutBaseorg: https://t.co/Dm0OffcNL7 has the wild peanut genomes (A & B genome) https://t.co/YVdi1o2Ghr Research paper: https://t.co/…
https://t.co/Dm0OffcNL7 has the wild peanut genomes (A & B genome) https://t.co/YVdi1o2Ghr Research paper: https://t.co/ZExbeuMHD4
RT @PeanutBaseorg: https://t.co/Dm0OfeVcmx has both wild peanut genomes (A & B genome) https://t.co/InZRxckMY5 Research paper: https://t.co…
https://t.co/Dm0OfeVcmx has both wild peanut genomes (A & B genome) https://t.co/InZRxckMY5 Research paper: https://t.co/ZExbeuv6eu
RT @PeanutBaseorg: https://t.co/Dm0OfeVcmx has the wild peanut genomes (A & B genome) https://t.co/YVdi1okh8Z Research paper: https://t.co/…
https://t.co/Dm0OfeVcmx has the wild peanut genomes (A & B genome) https://t.co/YVdi1okh8Z Research paper: https://t.co/ZExbeuv6eu
RT @coeingenomics: The genome sequences of Arachis duranensis and Arachis ipaensis, the diploid ancestors of cultivated peanut https://t.co…
RT @coeingenomics: The genome sequences of Arachis duranensis and Arachis ipaensis, the diploid ancestors of cultivated peanut https://t.co…
RT @coeingenomics: The genome sequences of Arachis duranensis and Arachis ipaensis, the diploid ancestors of cultivated peanut https://t.co…
The genome sequences of Arachis duranensis and Arachis ipaensis, the diploid ancestors of cultivated peanut https://t.co/o1jDNmDFEe
RT @PeanutBaseorg: https://t.co/Dm0OfeVcmx has both wild peanut genomes (A & B genome) https://t.co/InZRxckMY5 Research paper: https://t.co…
https://t.co/Dm0OfeVcmx has both wild peanut genomes (A & B genome) https://t.co/InZRxckMY5 Research paper: https://t.co/ZExbeuv6eu
RT @PeanutBaseorg: https://t.co/Dm0OffcNL7 has the wild peanut genomes (A & B genome) https://t.co/YVdi1o2Ghr Research paper: https://t.co/…
RT @PeanutBaseorg: https://t.co/Dm0OffcNL7 has the wild peanut genomes (A & B genome) https://t.co/YVdi1o2Ghr Research paper: https://t.co/…
https://t.co/Dm0OffcNL7 has the wild peanut genomes (A & B genome) https://t.co/YVdi1o2Ghr Research paper: https://t.co/ZExbeuMHD4
RT @PeanutBaseorg: https://t.co/Dm0OfeVcmx has both wild peanut genomes (A & B genome) https://t.co/InZRxckMY5 Research paper: https://t.co…
https://t.co/Dm0OfeVcmx has both wild peanut genomes (A & B genome) https://t.co/InZRxckMY5 Research paper: https://t.co/ZExbeuv6eu
RT @PeanutBaseorg: https://t.co/Dm0OffcNL7 has the wild peanut genomes (A & B genome) https://t.co/YVdi1o2Ghr Research paper: https://t.co/…
https://t.co/Dm0OffcNL7 has the wild peanut genomes (A & B genome) https://t.co/YVdi1o2Ghr Research paper: https://t.co/ZExbeuMHD4
RT @PeanutBaseorg: https://t.co/Dm0OffcNL7 has both wild peanut genomes (A & B genome) https://t.co/InZRxcComF Research paper: https://t.co…
https://t.co/Dm0OffcNL7 has both wild peanut genomes (A & B genome) https://t.co/InZRxcComF Research paper: https://t.co/ZExbeuMHD4
@AgBioWorld Yes they are! A. ipaensis on left seems to be from same population that donated the B-subgenome A. duranensis on the right donated the A-subgenome Likely, their hybridization was enabled by co-cultivation of the two wild species in prehistory h
https://t.co/Dm0OffcNL7 has both wild peanut genomes (A & B genome) https://t.co/InZRxcComF Research paper: https://t.co/ZExbeuMHD4
https://t.co/cg5CkVvdU4 has both wild peanut genomes (A & B genome) https://t.co/GW21CER5aN Research paper: https://t.co/RlAbP6GgWL
https://t.co/cg5CkVvdU4 has both wild peanut genomes (A & B genome) https://t.co/GW21CER5aN Research paper: https://t.co/RlAbP6GgWL
RT @LegumeFed: https://t.co/cg5CkVdCvu has the wild peanut genomes (A & B genome) https://t.co/GAP3kveSyD Research paper: https://t.co/RlAb…
RT @LegumeFed: https://t.co/cg5CkVdCvu has the wild peanut genomes (A & B genome) https://t.co/GAP3kveSyD Research paper: https://t.co/RlAb…
https://t.co/cg5CkVdCvu has the wild peanut genomes (A & B genome) https://t.co/GAP3kveSyD Research paper: https://t.co/RlAbP6XROj
https://t.co/cg5CkVvdU4 has both wild peanut genomes (A & B genome) https://t.co/GW21CER5aN Research paper: https://t.co/RlAbP6GgWL
RT @Campbell_JD_: .@LegumeInfo #PAGXXV talk now Evaluating MAKER-P of 2 Closely Related #Peanut #Genomes https://t.co/ECqf6uPRYE https://t…
RT @Campbell_JD_: Cannon: peanut diploid ancestors still alive and sequenced and merge ~10,000 years ago #pagxxv https://t.co/wPzevZbsiU
Cannon: peanut diploid ancestors still alive and sequenced and merge ~10,000 years ago #pagxxv https://t.co/wPzevZbsiU
Cannon from @LegumeFed talking about Evaluating MAKER-P in the Context of 2 Closely Related Peanut Genomes https://t.co/wPzevZbsiU #pagxxv
.@LegumeInfo #PAGXXV talk now Evaluating MAKER-P of 2 Closely Related #Peanut #Genomes https://t.co/ECqf6uPRYE https://t.co/wPzevYTRrm https://t.co/jBl3VeHDDW
RT @Campbell_JD_: .@LegumeFed #PAGXXV talk today @ 4 Evaluating MAKER-P of 2 Closely Related #Peanut #Genomes https://t.co/ECqf6uPRYE https…
.@LegumeFed #PAGXXV talk today @ 4 Evaluating MAKER-P of 2 Closely Related #Peanut #Genomes https://t.co/ECqf6uPRYE https://t.co/wPzevYTRrm https://t.co/JDCmPJdk7o
@PBGGatUGA talking about peanut A & B genomes with ~98% Identity causing problems w/ false positive SNPs https://t.co/wPzevYTRrm #PAGXXV
@harpistkat @NakedGenetics peanut genome & domestication story: 2 species brought together by early agriculturalists https://t.co/wPzevYTRrm
#CGIAR article: Genome sequences of Arachis duranensis and Arachis ipaensis, the ancestors of cultivated peanut https://t.co/Zz4tNSBDyp.
#CGIAR article: Genome sequences of Arachis duranensis and Arachis ipaensis, the ancestors of cultivated peanut https://t.co/Zz4tNSBDyp.
The genome sequences of Arachis duranensis and Arachis ipaensis, the diploid ancestors of cultivated peanut. https://t.co/zHpYRCS15T
RT @OshnGirl: SC: showing comparisons of diploid peanut ancestors genome just published https://t.co/DYpOE34shd #soy2016
SC: showing comparisons of diploid peanut ancestors genome just published https://t.co/DYpOE34shd #soy2016
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
The genome sequences of Arachis duranensis and Arachis ipaensis, the diploid ancestors of cultivated peanut https://t.co/DqnHG3Ml55
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
RT @NaturePlants: Genomics: Decoding the ancestors of peanut https://t.co/ai0Z9bw3Ju (about: https://t.co/yqHh97HSm7 )
RT @NaturePlants: Genomics: Decoding the ancestors of peanut https://t.co/ai0Z9bw3Ju (about: https://t.co/yqHh97HSm7 )
RT @NaturePlants: Genomics: Decoding the ancestors of peanut https://t.co/ai0Z9bw3Ju (about: https://t.co/yqHh97HSm7 )
RT @NaturePlants: Genomics: Decoding the ancestors of peanut https://t.co/ai0Z9bw3Ju (about: https://t.co/yqHh97HSm7 )
RT @NaturePlants: Genomics: Decoding the ancestors of peanut https://t.co/ai0Z9bw3Ju (about: https://t.co/yqHh97HSm7 )
Genomics: Decoding the ancestors of peanut https://t.co/ai0Z9bw3Ju (about: https://t.co/yqHh97HSm7 )
RT @plantbiology: The genome sequences of Arachis duranensis and Arachis ipaensis, the diploid ancestors of cultivated peanut https://t.co/…
RT @plantbiology: The genome sequences of Arachis duranensis and Arachis ipaensis, the diploid ancestors of cultivated peanut https://t.co/…
RT @plantbiology: The genome sequences of Arachis duranensis and Arachis ipaensis, the diploid ancestors of cultivated peanut https://t.co/…
RT @plantbiology: The genome sequences of Arachis duranensis and Arachis ipaensis, the diploid ancestors of cultivated peanut https://t.co/…
The genome sequences of Arachis duranensis and Arachis ipaensis, the diploid ancestors of cultivated peanut https://t.co/3XANTStmuO
RT @stephenmarek2: Genome sequences Arachis duranensis and A. ipaensis, diploid ancestors of cultivated peanut https://t.co/y5Pu3Wulr0 http…
RT @stephenmarek2: Genome sequences Arachis duranensis and A. ipaensis, diploid ancestors of cultivated peanut https://t.co/y5Pu3Wulr0 http…
Genome sequences Arachis duranensis and A. ipaensis, diploid ancestors of cultivated peanut https://t.co/y5Pu3Wulr0 https://t.co/R4w7AAAuH7
Breathtaking finding (not only for allergy sufferers :D): the wild ancestors of #peanut are found in the #Andes https://t.co/1rOiPV1dba
The genome sequences of Arachis duranensis and Arachis ipaensis, the diploid ancestors of cultivated peanut https://t.co/2sTLISFDTn
The genome sequences of Arachis duranensis & A ipaensis, the diploid ancestors of cultiv. peanut https://t.co/KBf7nvywPY via @MelissaPetru
RT @DBertioli: @MelissaPetru @CropWildRelativ Here's the link to the original peanut ancestors article https://t.co/BI6TJUZwas
@MelissaPetru @CropWildRelativ Here's the link to the original peanut ancestors article https://t.co/BI6TJUZwas
The genome sequences of Arachis duranensis and Arachis ipaensis, the diploid ancestors of culti #CIPotato https://t.co/lislWnron2
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
The genome sequences of Arachis duranensis and Arachis ipae... https://t.co/0xWxCAOS3z | https://t.co/m4OIzTIdU9
Froenicke, Korf, Kozik, Michelmore et al sequence #genome of diploid ancestors of #peanut https://t.co/DpNQQ6z6fP https://t.co/fVl5adsJqm
Something to read over lunch while you eat your PBJ sandwich. https://t.co/4ERTopUswZ
Parabens para o grupo do Prof. David Bertioli - publicação em Nature Genetics este mes - https://t.co/jv6syBZGB0 https://t.co/9vlknHD5Gw
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
Meet the ancestors. From Bolivia it seems. https://t.co/W49ZklAnXk Arachis duranensis and ipaensis, diploid ancestors of cultivated peanut
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
#sequencing peanut genome gives insights into ancestry #nature https://t.co/zPcLxEX9As https://t.co/u2uNzddyYP
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…
RT @PatrickGoymer: Genome sequences of Arachis duranensis and Arachis ipaensis, the diploid ancestors of cultivated peanut @NatureGenet htt…
RT @BotanyRNG: Genetic origin of the cultivated peanut uncovered from Bolivia https://t.co/z9ILMw1kDH @PlantTeaching @JSTORPlants https://t…