FrustraMPNN: tool for proteome-scale analysis of deep mutational single-residue local energetic frustration in proteins
https://t.co/RcCfOxgIgW
NAVIP: Unraveling the Influence of Neighboring Small Sequence Variants on Functional Impact Prediction
https://t.co/UdIXpLJr4J
JanusX: an integrated and high-performance platform for scalable genome-wide association studies and genomic selection
https://t.co/Piab65wMs2
Genomic characterization of a nematode tolerance locus in sugar beet
https://t.co/GCLlQubHjf
Rare shell colours in bivalves reveal multiple evolutionary pathways to blue and green colouration
https://t.co/lKLHTxOakY
Out of the blue: Family-wide loss of anthocyanin biosynthesis in Cucurbitaceae
https://t.co/NeRbYV01jX
#Evolution#Genomics
FastSpeciesTree: Fast and Scalable Species tree Inference
https://t.co/1IoEKgXVRO
Out of the blue: Family-wide loss of anthocyanin biosynthesis in Cucurbitaceae
https://t.co/NeRbYV01jX
Phased genome assembly reveals post-allopolyploidization subgenomic diversification of tobacco centromeres
https://t.co/RWvps1r19I
Genome sequence and RNA-seq analysis reveal genetic basis of flower coloration in the giant water lily Victoria cruziana
https://t.co/EGSdX3zYIe
Pangenome Analysis of Pyrus Reveals Potential Role of Transcription Factors in Recent Adaptation to Arid Environments
https://t.co/iS7cJBjdyb
Pangenome of cultivated beet and crop wild relatives reveals parental relationships of a tetraploid wild beet
https://t.co/xNIhiVfR0u
On the correctness of gene tree tagging and the consistency of ASTRAL-pro under a unified model of gene duplication, loss, and coalescence
https://t.co/I0i7pYLaaF
DupyliCate - mining, classifying, and characterizing gene duplications
https://t.co/5SSgazILXW
Pangenome analysis reveals the evolutionary dynamics of repeat-based holocentromeres
https://t.co/WsyMCdN4s2
Pangenome of cultivated beet and crop wild relatives reveals parental relationships of a tetraploid wild beet
https://t.co/xNIhiVgoQ2
#Genomics#Bioinformatics
A drought stress-induced MYB transcription factor regulates pavement cell shape in leaves of European aspen (Populus tremula)
https://t.co/83rkhOFd1o
Automatic identification and annotation of MYB gene family members in plants
https://t.co/zl4yeOm9kD
#PlantSci
Conservation of non-consensus nucleotides in transcription factor binding sites
https://t.co/LaU30otmtn
Automatic identification and annotation of MYB gene family members in plants
https://t.co/zl4yeOmHab
#TranscriptionFactors#GeneExpression
Sweet signals: Using floral traits to predict nectar sugar availability
https://t.co/C1xHgZlW4g
Genome sequence of the ornamental plant Digitalis purpurea reveals the molecular basis of flower color and morphology variation
https://t.co/66tdoXCNSZ
#Genomics#Evolution#Ecology
Arabidopsis TITAN LIKE is required for U12-type intron splicing, especially for AT–AC subtypes
https://t.co/F4dOobKR8O
Animal, fungi, and plant genome sequences harbour different non-canonical splice sites
https://t.co/522VS9ur4I
#Genomics#Bioinformatics
Long-read sequencing is rewriting plant genomics! 🌱 With Oxford Nanopore & PacBio tech, even huge, complex genomes can be assembled faster and with higher quality. This paper explores progress, challenges, and what’s next 🚀🔬 https://t.co/v6wSQXLVeA #Genomics#PlantScience
HapBridge: A Methylation-Guided Approach for Correcting Switch Errors and Bridging Phased Blocks in Long-Read Phasing
https://t.co/k8gJT3X2iJ
Cookbook for Plant Genome Sequences
https://t.co/YZHSbYJzas
ROTIS: A RUBY-assisted one-shot tissue-culture-free system for in-planta soybean transformation from germinated seedlings (Yongguang Li , Ke Lu , Shunli Feng , Ran Ning , Haiyan Li , Xue Zhao , Yubing He , Yingpeng Han) https://t.co/Ei2eeXyQqR @ASPB#PlantSci
Genome-wide & stress-responsive landscape of the Pectin methylesterase gene family in cucumber & muskmelon
https://t.co/tz10iVIbKu
Large-scale Phylogenomics Reveals Systematic Loss of Anthocyanin Biosynthesis Genes at the Family Level in Cucurbitaceae
https://t.co/NeRbYV01jX