ULTRASTRUCTURE OF LIGHT ORGANS OF LOLIGINID SQUIDS AND THEIR BACTERIAL SYMBIONTS: A NOVEL MODEL SYSTEM FOR THE STUDY OF MARINE SYMBIOSES [0.03%]
发光器官的超微结构和其中细菌内共生体：研究海洋共生关系的新模式系统
R C Guerrero-Ferreira,M K Nishiguchi
R C Guerrero-Ferreira
The class Cephalopoda (Phylum Mollusca), encompassing squids and octopuses, contains multiple species that are characterized by the presence of specialized organs known to emit light. These complex organs have a variety of morphological cha...
BIOLOGICAL PROPERTIES (IN VITRO) EXHIBITED BY FREE-LIVING AND SYMBIOTIC VIBRIO ISOLATES [0.03%]
自由生活的和共生的哈维氏弧菌分离株（ vitro）的生物学性质
V Nair,M K Nishiguchi
V Nair
Adhesion and biofilm forming ability of symbiotic bacteria play a crucial role in host colonization and tissue infection. Bacteria benefit by adhering to their host in a manner that allows them to successfully maintain contact for the excha...
THE EVOLUTIONARY ECOLOGY OF A SEPIOLID SQUID-VIBRIO ASSOCIATION: FROM CELL TO ENVIRONMENT [0.03%]
从细胞到环境：一种鹦鹉螺科鱿鱼- Vibrion 关系的进化生态学
S V Nyholm,M K Nishiguchi
S V Nyholm
Mutualistic relationships between bacteria and their eukaryotic hosts have existed for millions of years, and such associations can be used to understand the evolution of these beneficial partnerships. The symbiosis between sepiolid squids ...
Deciphering Evolutionary Mechanisms Between Mutualistic and Pathogenic Symbioses [0.03%]
互惠共生和致病共生进化的机制差异解析
M K Nishiguchi,A M Hirsch,R Devinney et al.
M K Nishiguchi et al.
The continuum between mutualistic and pathogenic symbioses has been an underlying theme for understanding the evolution of infection and disease in a number of eukaryotic-microbe associations. The ability to monitor and then predict the spr...