The universal stress protein (USP) is a ubiquitous protein and plays an indispensable role in
plant abiotic stress tolerance. The genome of Salicornia brachiata contains two homologs of …

Universal stress protein (USP) appears to play an active role in the abiotic stress response,
but their functions remain largely unknown in plants. A USP gene (SpUSP) was cloned from …

Universal stress proteins (USPs) are known to be expressed in response to various abiotic
stresses in a wide variety of organisms, such as bacteria, archaebacteria, protists, algae …

The multigene universal stress protein (USP) family is evolutionarily conserved. Members
play indispensable roles in plant tolerance to abiotic stresses. Although relatively well …

Universal stress proteins (USPs) are a conserved group of proteins initially identified and
characterized in bacteria. USPs are induced under multiple stresses, and are important for …

Abstract Universal Stress Proteins (USPs) are ubiquitously responsive to environmental
stresses, but function of most of them remains largely unknown. A novel USP from Medicago …

An obligate halophyte, Salicornia brachiata grows in salt marshes and is considered to be a
potential resource of salt-and drought-responsive genes. It is important to develop an …

Abstract Universal Stress Protein A (USPA) plays critical roles in the regulation of growth,
development and response to abiotic stress in plants. To date, most research related to the …

The growth and production of poplars are usually affected by unfavorable environmental
conditions such as soil salinization. Thus, enhancing salt tolerance of poplars will promote …

Since the original discovery of a Universal Stress Protein (USP) in Escherichia coli, a
number of USPs have been identified from diverse sources including archaea, bacteria …