<div>Background: Due to their high protein content, soybeans are the most popular crop in Asia and are widely consumed. Global consumption of soy-based foods includes tofu and soymilk, among others. Soymilk is known among consumers who have lactose intolerance issues and is categorized as a plant-based beverage. There have been numerous initiatives worldwide to improve the consumer-friendliness of soymilk and tofu. The number of research papers on soymilk and tofu has expanded significantly since the late 1990s, notably in developed nations. 
 
Methods: For this study, we compiled and examined published studies on tofu and soymilk. On VOS Viewer, the acquired data were examined for the annual publishing trend, contributing authors and the correlation between these factors. 
 
Result: Japan was found to be the most producing country, followed by the US and China, with a total of 1895 and 3635 papers relating to soymilk and tofu, respectively, which exhibited a growing tendency over time. Both the Journal of Agricultural and Food Chemistry and Food Chemistry are short-listed as the best journal for publishing the data related to soymilk and tofu.</div>

A Bibliometric Analysis of Soy-based Beverages and Tofu: A Global Perspective

Background: RNA-guided recombinase (RGR) platform is recombinase action-based genome engineering platform. It is a fusion of dead Cas9 (dCas9) and evolved recombinase with relaxed target specificity. RGR is facile, programmable and has high genome targeting capacity and a safer alternative to conventional nuclease-based methods, which carry a risk of genotoxicity. The present study was conducted to map the entire zebrafish genome for the locations of Gin-&alpha; hyperactivated recombinase-based RGR platform target sites with varying spacer lengths.&nbsp; 
 
Methods: RGR platform target site DNA patterns with varying spacer lengths (5/6/7-base pair) were searched in all zebrafish chromosomes using the NCBI Genome Data Viewer (GDV) genome browser. Genomic contexts of the located RGR platform target sites were further documented using NCBI Blast. 
 
Result: The study identified 262 RGR platform target sites with 5-bp spacer, 307 sites with 6-bp spacer and 326 sites with 7-bp spacer. It also analyzed the genomic context of these sites, identifying zebrafish genes located near the identified target sites. This work contributes to the development of genome editing techniques that are highly specific and safer, as well as programmable and simple and provides tools to utilize them in model organisms like zebrafish, which are commonly used in various genetic and biomedical studies.

A Bibliometric Analysis of Soy-based Beverages and Tofu: A Global Perspective

Identification of Gin-α Hyperactivated Recombinase-based RNA-Guided Recombinase Platform Target Sites in the Zebrafish Genome