Locate family members with the last name RAMBAGS.

Discover RAMBAGS Family Connections Worldwide.

There are 5 people from around the world with the surname RAMBAGS.

1.Locate BJOERN RAMBAGS in NETHERLANDS BJOERN RAMBAGS

Vierde Herven 30

's-Hertogenbosch Netherlands 5232 JH

31615828798

Information acquired: 2015

Bjoern Rambags lives at Vierde Herven 30 in the city of's-hertogenbosch which is located in the country of the Netherlands. You can call Bjoern Rambags by telephone at 31615828798. We acquired Bjoern Rambags's information in May of 2015.

2. PAUL RAMBAGS

Information acquired: 2023

, , Senior Cloud & DevOps Architect at GFT.
Image pertaining to PAUL RAMBAGS ©

3.Locate SJAAK RAMBAGS in NETHERLANDS SJAAK RAMBAGS

DE BUNDER 17

VIERLINGSBEEK LIMBURG Netherlands 5821 GC

31622081937

Information acquired: 2015

Sjaak Rambags lives at De Bunder 17 in the vibrant city of Vierlingsbeek which is in the state of Limburg which is located in the country of the Netherlands. You can contact Sjaak Rambags by telephone at 31622081937. The information presented for Sjaak Rambags was collected in May of 2015.

4. Vita Rambags

Information acquired: 2025

Vita Rambags is an academic who published a paper in 2021-11-05 entitled Physicochemical Parameters Limiting Growth of Debaryomyces hansenii in Solutions of Hygroscopic Compounds and Their Effects on the Habitability of Martian Brines. The paper was published in a journal entitled Life.

5. VITA RAMBAGS

Information acquired: 2025

VITA RAMBAGS is an academic who published a paper in 2021 entitled Physicochemical Parameters Limiting Growth of Debaryomyces hansenii in Solutions of Hygroscopic Comp. VITA RAMBAGS published this work as part of a team: Heinz, Jacob. Here is a description of this work: The availability of liquid water is a prerequisite for all lifeforms on Earth. In hyperarid subzero environments like the Dry Valleys in Antarctica or the near-subsurface of Mars liquid water might be provided temporarily by hygroscopic substances that absorb water from the atmosphere and lower the freezing point of water. To evaluate the potential of hygroscopic compounds to serve as a habitat, it is necessary to explore the microbial tolerances towards these substances and their life-limiting properties. Here we present a study investigating the tolerances of the halotolerant yeast Debaryomyces hansenii to various solutes. Growth experiments were conducted via counting colony forming units (CFUs) after inoculation of a liquid growth medium containing a specific solute concentration. The lowest water activities (aw) enabling gro.

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