Cell Biology

Large-scale identification of plasma membrane repair proteins revealed spatiotemporal cellular responses to plasma membrane damage

1. Yuta Yamazaki
2. Keiko Kono

• Curated by eLife

  eLife Assessment

  This work provides an important resource identifying 72 proteins as novel candidates for plasma membrane and/or cell wall damage repair in budding yeast, and describes the temporal coordination of exocytosis and endocytosis during the repair process. The data are convincing; however, additional experimental validation will better support the claim that repair proteins shuttle between the bud tip and the damage site.

Reviewed by eLife

Fission yeast cells use distinct cell size control mechanisms for size adaptation to osmotic, oxidative, or low glucose conditions

1. Elena J. Cabral
2. Pablo Andres
3. Geraldin Argandona
4. Paige Duggan
5. Benjamin M. Kuran
6. Kristi E. Miller

Reviewed by Review Commons

Bone marrow hemogenic endothelial cells contribute multilineage hematopoietic progenitors in adult mice

1. Jing-Xin Feng
2. Mei-Ting Yang
3. Caiyi C. Li
4. Ferenc Livák
5. Abdalla Abdelmaksoud
6. Dunrui Wang
7. Giovanna Tosato

• Curated by eLife

  eLife Assessment

  The study proposed hemogenic endothelium in adult BM using lineage tracing. Though the study is potentially valuable, the data is incomplete due to the lack of control and insufficient analysis. There is potential for the study to be improved by further revision.

Reviewed by eLife

IP3R2 mediated inter-organelle Ca ²⁺ signaling orchestrates melanophagy

1. Suman Saurav
2. Rajender K Motiani

Reviewed by Review Commons

Active flows drive clustering and sorting of membrane components with differential affinity to dynamic actin cytoskeleton

1. Abrar Bhat
2. Amit Das
3. Meenakshi Iyer
4. Sarayu Beri
5. Sankarshan Talluri
6. Darius Koester
7. Madan Rao
8. Satyajit Mayor

Reviewed by preLights

The dynamics of ciliogenesis in prepubertal mouse meiosis reveal new clues about testicular maturation during puberty

1. I Pérez-Moreno
2. P López-Jiménez
3. H Zapata
4. S Pérez-Martín
5. M López-Panadés
6. B Barbeito
7. J Urtasun-Elizari
8. I Roig
9. FR Garcia-Gonzalo
10. J Page
11. R Gómez

Reviewed by Review Commons

Non-synaptic exocytosis along the axon shaft and its regulation by the submembrane periodic skeleton

1. Theresa Wiesner
2. Christopher Parperis
3. Fanny Boroni-Rueda
4. Nicolas Jullien
5. Afonso Mendes
6. Léa Marie
7. Louisa Mezache
8. Marie-Jeanne Papandréou
9. Ricardo Henriques
10. Christophe Leterrier

Reviewed by Review Commons

The environmental stress response controls the biophysical properties of the cytoplasm and is critical for survival in quiescence

1. Lorena Kronig
2. Carmen A. Weber
3. Pablo Aurelio Gómez-García
4. Jonas S. Fischer
5. Christian Doerig
6. Agnès Michel
7. Paolo Ronchi
8. Sarah Khawaja
9. Paola Picotti
10. Benoît Kornmann
11. Karsten Weis

Reviewed by Review Commons

Cardiac neurons expressing a glucagon-like receptor mediate cardiac arrhythmia induced by high-fat diet in Drosophila

1. Yunpo Zhao
2. Jianli Duan
3. Joyce van de Leemput
4. Zhe Han

• Curated by eLife

  eLife Assessment

  This study reports useful information on the mechanisms by which a high-fat diet induces arrhythmias in the model organism Drosophila. Specifically, the authors propose that adipokinetic hormone (Akh) secretion is increased with this diet, and through binding of Akh to its receptor on cardiac neurons, arrhythmia is induced. The authors have revised their manuscript, but in some areas the evidence remains incomplete, which the authors say future studies will be directed to closing the present gaps. Nonetheless, the data presented will be helpful to those who wish to extend the research to a more complex model system, such as the mouse.

Reviewed by eLife

Specific GPCRs elicit unique extracellular vesicle miRNA array signatures

1. Xiao Shi
2. Michelle C Palumbo
3. Sheila Benware
4. Jack Wiedrick
5. Sheila Markwardt
6. Aaron J Janowsky

• Curated by eLife

  eLife Assessment

  This study presents valuable findings by demonstrating that specific GPCR subtypes induce distinct extracellular vesicle miRNA signatures, highlighting a potential novel mechanism for intercellular communication with implications for receptor pharmacology within the field. The evidence is solid, however, more experiments are needed to determine whether the distinct extracellular vesicle miRNA signatures result from GPCR-dependent miRNA expression or GPCR-dependent incorporation of miRNAs into extracellular vesicles.

Reviewed by eLife