Usted buscó: los amo mis bebes (Español - Inglés)

los amo
i love them

los amo.
i love you.

los amo!
love them!

¡los amo!...
love ya! ...

los amo hermanos
i love you brothers

amo mis oncidiums.
i love my oncidiums.

los amo, hijos.
of the night,

einstein: los amo.
e: i love you.

las amo mis amigas
i need to walk to the store

los amo a los dos pooo
i love you both

los dos dibujos, los amo
the masters to all

muchísimas gracias. los amo.
thank you very, very much. i love you.

mi papa y mi hija los amo
i love you my daughter

los amo a todos ellos.
i love them all.

george: “los amo muchachos.
george: “i love you guys.

así que les agradecí y los amo.
so thank you all and i love them.

me encantan estos chicos los amo
thank you

“acérquense. sepan cuánto los amo.
“come closer. know how much i love you.

los amo con un amor total e incondicional.
i love you with a total and unconditional love.

han crecido mucho los dos pero aun los amo
1. introduction 1.1. salmonella nomenclature salmonella are gram-negative bacteria consisting of non-spore forming bacilli and are a member of the family enterobacteriaceae. the nomenclature of salmonella is quite complex and is based on both serotype and subspecies names. for example, salmonella enterica subspecies enterica serotype enteritidis is shortened to salmonella serotype enteritidis or salmonella enteritidis [1]. salmonella can be further subdivided onto biotype and phase type with biotype being a biochemical variation between two microorganisms of the same serotype, whereas the phase type is based on the differences in susceptibilities of two microorganisms of the same serotypes to a lytic bacteriophage [2,3]. salmonella are also classified by three distinct types of antigens including somatic o, flagella h, and capsular vi antigens. antigens have been used to isolate and identify more than 2500 serotypes of salmonella [4]. there are two species of salmonella, namely s. bongori and s. enterica. s. enterica is divided into six subspecies including enterica, salamae, arizonae, diarizonae, houtenae, and indica. the most common o-antigen serogroup within s. enterica subspecies are a, b, c1, c2, d, and e strains. this serogroup is numerically the most significant and causes approximately 99% of salmonella infections in humans and warm-blooded animals [5]. * corresponding author. current address: departments of poultry science and food science, and center for food safety, ifse, university of arkansas, 2650 n. young ave., fayetteville, ar 72704-5690, usa. tel.: þ1 479 575 4678; fax: þ1 479 575 6936. e-mail address: sricke@uark.edu (s.c. ricke). 1 current address: department of natural sciences, albany state university, albany, ga 31705, usa. 2 current address: departments of poultry science and food science, and center for food safety, ifse, university of arkansas, fayetteville, ar 72704-5690, usa. 3 current address: department of poultry science, the university of georgia, tifton, ga 31793, usa. contents lists available at sciencedirect anaerobe journal homepage: www.elsevier.com/locate/anaerobe 1075-9964/$ – see front matter  2008 elsevier ltd. all rights reserved. doi:10.1016/j.anaerobe.2008.05.007 anaerobe 15 (2009) 26–35