Precise Gene Editing Achieved in Rice and Wheat Using APOBEC-Cas9

Speedy Summary

• Nature biotechnology Correction: the article cites a correction made to a previous paper published online on 29 June 2020 in Nature Biotechnology.
• Error Details: The term “uracil DNA-glucosidase” used in the original Abstract and Introduction has been corrected to “uracil DNA-glycosylase” across both HTML and PDF versions of the study.
• Study Context: The original research focused on precise, predictable multi-nucleotide deletions in rice and wheat using APOBEC-Cas9 technology.
• Authors Involved: A collaborative team comprising Shengxing Wang,yuan Zong,Qiupeng Lin,huawei Zhang,Zhuangzhuang Chai,Dandan Zhang,Kunling Chen,Jin-Long Qiu,and Caixia Gao.

Read More

Indian Opinion Analysis

While this correction primarily addresses technical accuracy related to genetic terminology (“glycosidase” vs. “glucosidase”), it highlights rigor within scientific publishing. India’s agricultural research community may find relevance in the study’s focus-APOBEC-Cas9 technology’s request for targeted gene editing in crops like rice-wich could contribute significantly toward food security advancements amid climate challenges. This correction ensures methodological clarity critical for replication or adaptation by other scientists globally.

Such precision is essential when India aims to position itself at the forefront of genome editing technologies given crops like rice form its agricultural backbone. it emphasizes that rigorous peer review and prompt amendments are vital for credibility-not only internationally but also locally as India invests into biotech research hubs.

Read More