Bioinformatics

Unbiased whole genome comparison of Pan paniscus (bonobo) and Homo sapiens (human) through a novel sequence match-based approach

1. Christof Rosler
2. Derick DuFriend
3. Evonn Annor
4. Rita Njoroge
5. Elena Davis
6. Ywahae Law Anthem
7. Celestino Velásquez
8. William P. Ranahan
9. Matthew H. Goelzer
10. Stephen Wheat
11. Julianna A. Goelzer

Reviewed by Arcadia Science

Uncovering Developmental Lineages from Single-cell Data with Contrastive Poincaré Maps

1. Nithya Bhasker
2. Hattie Chung
3. Louis Boucherie
4. Vladislav Kim
5. Stefanie Speidel
6. Melanie Weber

Reviewed by Arcadia Science

Identification of type 2 diabetes- and obesity-associated human β-cells using deep transfer learning

1. Gitanjali Roy
2. Rameesha Syed
3. Olivia Lazaro
4. Sylvia Robertson
5. Sean D McCabe
6. Daniela Rodriguez
7. Alex M Mawla
8. Travis S Johnson
9. Michael A Kalwat

• Curated by eLife

  eLife assessment

  This is a useful study that applies deep transfer learning to assign patient-level disease attributes to single cells of T2D and non-diabetic patients, including obese patients. This analysis identified a single cluster of T2D-associated β-cells; and two subpopulations of obese- β-cells derived from either non-diabetic or T2D donors. The findings were validated at the protein level using immunohistochemistry on islets derived from non-diabetic and T2D organ donors, contributing solid experimental evidence for the computational analyses.

Reviewed by eLife

A Transparent and Generalizable Deep Learning Framework for Genomic Ancestry Prediction

1. Camille Rochefort-Boulanger
2. Matthew Scicluna
3. Raphaël Poujol
4. Jean-Christophe Grenier
5. Pierre Luc Carrier
6. Sébastien Lemieux
7. Julie G Hussin

Reviewed by Arcadia Science

Evidence of off-target probe binding in the 10x Genomics Xenium v1 Human Breast Gene Expression Panel compromises accuracy of spatial transcriptomic profiling

1. Caleb Hallinan
2. Hyun Joo Ji
3. Steven L Salzberg
4. Jean Fan

• Curated by eLife

  eLife Assessment

  This valuable study identifies and characterizes probe binding errors in a widely used commercial platform for visualizing gene activity in tissue samples, discovering that at least 21 out of 280 genes in a human breast cancer panel are not accurately detected. The authors provide convincing evidence for their findings validated against multiple independent sequencing technologies and reference datasets. Given the broad adoption of this spatial gene detection platform in biomedical research, this work provides an essential quality control resource that will improve data interpretation across numerous studies.

Reviewed by eLife

ASPEN: Robust detection of allelic dynamics in single cell RNA-seq

1. Veronika Petrova
2. Muqing Niu
3. Thomas Vierbuchen
4. Emily S Wong

Reviewed by Review Commons

Sequence Modeling Is Not Evolutionary Reasoning

1. Yasha Ektefaie
2. Andrew Shen
3. Lavik Jain
4. Maha Farhat
5. Marinka Zitnik

Reviewed by Arcadia Science

SeuratExtend: Streamlining Single-Cell RNA-Seq Analysis Through an Integrated and Intuitive Framework

1. Yichao Hua
2. Linqian Weng
3. Fang Zhao
4. Florian Rambow

Reviewed by GigaScience

Micro𝕊plit: Semantic Unmixing of Fluorescent Microscopy Data

1. Ashesh Ashesh
2. Federico Carrara
3. Igor Zubarev
4. Vera Galinova
5. Melisande Croft
6. Melissa Pezzotti
7. Daozheng Gong
8. Francesca Casagrande
9. Elisa Colombo
10. Stefania Giussani
11. Elena Restelli
12. Eugenia Cammarota
13. Juan Manuel Battagliotti
14. Nikolai Klena
15. Moises Di Sante
16. Raghabendra Adhikari
17. Daniel Feliciano
18. Gaia Pigino
19. Elena Taverna
20. Oliver Harschnitz
21. Nicola Maghelli
22. Norbert Scherer
23. Damian Edward Dalle Nogare
24. Joran Deschamps
25. Francesco Pasqualini
26. Florian Jug

Reviewed by Arcadia Science

Integrated flexible DNA methylation-chromatin segmentation modeling enhances epigenomic state annotation

1. Nihit Aggarwal
2. Johanna Elena Schmitz
3. Lukas Laufer
4. Sven Rahmann
5. Jörn Walter
6. Abdulrahman Salhab

Reviewed by Arcadia Science