Lysogens are common at high bacterial densities, an observation that contrasts with the
prevailing view of lysogeny as a low‐density refugium strategy. Here, we review the …

The transition between lytic and lysogenic life cycles is the most important feature of the life-
history of temperate viruses. To explain this transition, an optimal life-history model is offered …

The topography and hydrography around seamounts have a strong influence on plankton
biogeography. The intrinsic properties of various biological taxa inherently also shape their …

Heterotrophic bacteria in the ocean invest carbon, nitrogen, and energy in extracellular
enzymes to hydrolyze large substrates to smaller sizes suitable for uptake. Since hydrolysis …

Marine microbes control the flux of matter and energy essential for life in the oceans. Until
now, the distribution and diversity of planktonic microorganisms above Fe-Mn crusts have …

Ammonia-oxidizing archaea (AOA) and bacteria (AOB) play an important role in oxidizing
ammonia to nitrite in different marine environments; however, their relative contribution to …

Microbiome management research and applications rely on temporally resolved
measurements of community composition. Current technologies to assess community …

The specific topographic characteristics and complex hydrodynamics of seamounts could
directly or indirectly affect the distribution and trophic status of microbes. However, little is …

Viruses are the most abundant life forms in the sea, influencing the community structure and
metabolism of host cells as well as biogeochemical cycles. However, the diversity and …

研究采用环境RNA 技术探究西太**洋M4 海山区细菌多样性, 并与基于环境DNA
技术的研究结果进行比较, 解析细菌代谢活性特征. 结果表明基于环境RNA 和DNA …