saddan morales

[Plant Cell Physiology @PCP_EIC]

📝From PCP issue(67-4): Special Issue-Regular Papers
“Genome-wide SNPs data and past distribution models reveal genetic admixture and isolation…” by Ornelas et al.
https://t.co/7UmImzpNmP
#PlantSci #PopulationGenomics #ParasiticPlants

[saddan morales @saddan_ms]

La selva maya está en peligro, y tú lo sabes mejor que nadie, @semarnat_mx. No le falles a México: di #NoAPerfectDay ¡es urgente!

[Paco Ornelas @PacoOrnelas8]

Plantas parasitas en transformación https://t.co/A8uNjK3tkH

[Paco Ornelas @PacoOrnelas8]

Published today ! Range and Elevational Shifts of Mistletoes Under Future Climate Change Scenarios - Vásquez‐Aguilar - 2025 - Ecology and Evolution - Wiley Online Library https://t.co/rkU4KWVHjG

[Paco Ornelas @PacoOrnelas8]

Published on-line today! de los Santos-Gómez, S.M., Ornelas, J.F. Shared history between two Penstemon (Plantaginaceae) species: potential hybridization between populations. Plant Syst Evol 311, 37 (2025). https://t.co/2M96QQM4FG |Photo © Samantha M. de los Santos

[AoB Plants @AoB_PLANTS]

🧬 New article in @AoB_PLANTS analysing patterns of plastome degradation and structural variation in hemiparasitic Psittacanthus species

Full #openaccess
👉 https://t.co/YzJ6CXgduG

@PacoOrnelas8
@saddan_ms
#PlantScience

[Paco Ornelas @PacoOrnelas8]

New accepted MS "Genome-wide SNPs data and past distribution models reveal genetic admixture and isolation in the range-restricted Psittacanthus auriculatus mistletoe species" https://t.co/GTuOqnMTvl

[saddan morales @saddan_ms]

Genome-wide SNPs data and past distribution models reveal genetic admixture and isolation in the range-restricted Psittacanthus auriculatus mistletoe species https://t.co/QKucXZqcNL

[Paco Ornelas @PacoOrnelas8]

Comparative plastomes of five Psittacanthus species: genome organization, structural features, and patterns of pseudogenization and gene loss https://t.co/g3E6hbYF8o

[Paco Ornelas @PacoOrnelas8]

The complete mitochondrial genome of the hemiparasitic mistletoe Psittacanthus palmeri (Loranthaceae) and comparative analysis of mitogenomes across Santalales | Botanical Sciences https://t.co/bOwpWdwfnZ

[Paco Ornelas @PacoOrnelas8]

Secure but flexible: temporary adhesion in mistletoe seedlings https://t.co/9amJxZaH2q

[Paco Ornelas @PacoOrnelas8]

Finally published today! "Genetic structure and potential hybridization between populations of two Penstemon species” | @BotJLinnSoc @samantha933 @Inecol_mx | https://t.co/ylqlW4iV9i | Photo © Samantha M. de los Santos

[Paco Ornelas @PacoOrnelas8]

Accepted! “Comparative plastomes of five Psittacanthus species: genome organization, structural features, and patterns of pseudogenization and gene loss” | AoB PLANTS | https://t.co/zI4Yty6CaT | #parasiticplant | @Inecol_mx @SocBotMex | Photo © Ernesto A. López Huicochea

[Paco Ornelas @PacoOrnelas8]

Accepted! “The complete mitogenome of Psittacanthus palmeri (Loranthaceae) and comparative analysis of mitogenomes across Santalales” co-authored by @saddan_ms | Botanical Sciences | #parasiticplant | @Inecol_mx @SocBotMex @PlantsParasitic | Photo © J. M. García Enríquez

[Phytotaxa updates @Phytotaxa]

Notes on Quercus salicifolia and description of a #newspecies of Quercus section Lobatae (#Fagaceae) from #Mexico
https://t.co/q1dxAFMqc8
#Taxonomy

[The Struggling Scientists @TheStrugglingS4]

I would read that manuscript😅

[Botanical Society of America @Botanical_]

Different orthology inference algorithms generate similar predicted orthogroups among #Brassicaceae species

New in #AppsPlantSci by Liao (@plantbotsci), @Sears_Lab, @LenaHileman & @Luke_Nikolov

https://t.co/ypz71jRHf6 @wileyplantsci #botany #phylogenomics

[saddan morales @saddan_ms]

Genetic structure and potential hybridization between populations of two Penstemon species https://t.co/oQ0UiOhG22

[saddan morales @saddan_ms]

@PacoOrnelas8 Gracias Doctor!! Siempre son enriquecedoras las plásticas con ustedes!!

[antisense. @razoralign]

GenoFig: a user-friendly application for the visualisation and comparison of genomic regions https://t.co/5jgFBEZj6P