bioRxivGeneticsPreprint
Assessing the Replicability of Scientific Claims in Drosophila Immunity Through an Analysis of 400 Publications
Hannah E. WestlakeiD, Fabrice P. A. DavidiD, Yao TianiD, Kenan Krakovic, Prince Kumar SahiD, Nathan Klotz, Asya DolgikhiD, Liza Juravlev, Thomas Esmangart de BournonvilleiD, Alexia CarboniiD, Claudia MelcarneiD, Tisheng ShaniD, Yang WangiD, Yizhu Mu, Akshata Kotwal, Nadia Pirko, Jean Philippe Boquete, Fanny Schüpfer, Samuel RommelaereiD, Mickaël PoideviniD, Zhonggeng Liu, Shu KondoiD, Girish S. RatnaparkhiiD, Sveta ChakrabartiiD, Xiaoxue LiiD, , Bruno LemaîtreiD
Abstract
Drosophila immunity has been the focus of intense study and has impacted other research fields including innate immunity and agriculturally or epidemiologically relevant investigations of insect pests and vectors. We have performed a reproducibility project that analyses the conceptual replicability of claims from articles published on Drosophila immunity before 2011. To assess replicability, we extracted claims from 400 articles on the Drosophila immune response to bacteria and fungi and performed preliminary verification by comparing these claims to other published literature in the field. Using alternative approaches, we also experimentally tested some unchallenged claims, with no published follow-up. The intent of this analysis was to centralize evidence on insights and findings to improve clarity for scientists that may base research programs on these data. All our data are published on a publicly available website associated with this article (https://ReproSci.epfl.ch/) that encourages community participation. This article provides a short summary of claims that were found to have contradictory evidence, which may help the community to assess past findings on Drosophila immunity and improve clarity going forward. Statistical analysis of this reproducibility study and metascience insights obtained from this approach are discussed in a companion article.
- Citations
- 8
Reproducibility ledger
Nobody has reported trying to reproduce this paper yet. Did you replicate an experiment or run the code? Your report saves the next lab a week.
Sign in to file a reproducibility report.
Related papers
- Pre-copulatory reproductive behaviours are preserved in Drosophila melanogaster infected with bacteria.
S. Rose, E. J. Beckwith, … C. Rezaval·bioRxiv·Sep 15, 2021
- Pathogen dependence and inter-individual variability of post-infection reproductive fitness in Drosophila melanogaster
A. Basu, V. Gupta, N. G. Prasad·bioRxiv·May 22, 2022
- Layers of immunity: Deconstructing the Drosophila effector response
Faustine Ryckebusch, Yao Tian, … Bruno Lemaître·bioRxiv·Mar 28, 2025
- How frequently are insects wounded in the wild? A case study using Drosophila melanogaster
B. S. Subasi, V. Grabe, … S. A. O. Armitage·bioRxiv·Aug 25, 2023
- Transcriptomic analysis of non-model Drosophilidae reveals novel AMP candidates
Pankaj Dhakad, Dhobasheni Newman, Darren J. Obbard·BMC BiologyPeer-reviewed·Feb 3, 2026
- Blood cells of adult Drosophila do not expand, but control survival after bacterial infection by induction of Drosocin around their reservoir at the respiratory epithelia
P. Sanchez Bosch, K. Makhijani, … K. Brueckner·bioRxiv·Mar 16, 2019