Amit Dhingra

Bioengineering of Pea (Pisum sativum) for the Expression of Myoglobin, a Heme-containing Animal Protein

This study expresses myoglobin in peas using genetic transformation, finding that promoter choice significantly affects expression levels.

A Cesium Chloride Gradient Ultracentrifugation-Based Method for the Isolation of DNA from Diverse Recalcitrant Plant Species for Nanopore Sequencing

This paper introduces a CsCl ultracentrifugation-based DNA isolation method for plant species, improving nanopore sequencing quality and yield compared to traditional CTAB methods.

Both conventionally and organically fertilized tomatoes maintain fruit quality through uncontrolled green peach aphid infestation, with a transcriptional shift towards catabolism

This study examines how conventional and organic tomato plants respond to aphid infestation, finding no significant yield loss and a transcriptional shift towards catabolism in leaves.

Extensive Novel Genomic Variations in Mutant European Pear Individuals Revealed by Mapping to a Pangenome Reference

The paper uses whole-genome sequencing to identify novel genomic variations in mutant European pear individuals generated through mutation breeding.

Pangenome Analysis of Pyrus Reveals Potential Role of Transcription Factors in Recent Adaptation to Arid Environments

The paper develops a pangenome graph for Pyrus species to explore functional variation and identifies transcription factor-associated selective sweeps in arid-adapted species.

Chloroplast Genome Data of Tecticornia indica, a Hygrohalophytic C4 Plant Species

The paper reports the chloroplast genome of Tecticornia indica using HTS and Sanger sequencing, providing genomic resources for studying halophytic and drought tolerance traits.

Transposons played a major role in the diversification between the closely related almond (Prunus dulcis) and peach (P. persica) genomes: Results from the almond genome sequence

The paper estimates the almond genome size and assembly, identifies transposable elements (TEs) as key drivers of divergence between almond and peach genomes, and highlights TE insertions affecting gene expression in traits like kernel taste and mesocarp formation.