1. Microbial Sector System Requirements - Can I Run It?
To play Microbial Sector you will need a minimum CPU equivalent to an Intel Core i5-12400T. Provided that you have at least a modern graphics card you can play ...
Microbial Sector system requirements 2024 - can your PC run Microbial Sector? What is your PCGameBenchmark rating? #pcgaming
2. Systems Microbiology: Beyond Microbial Genomics - NCBI Bookshelf
Missing: Sector | Show results with:Sector
The American Academy of Microbiology convened a colloquium June 4-6, 2004, in Portland, Oregon, to confer about the scientific promise of systems microbiology. Participants discussed the power of applying a systems approach to the study of biology and to microbiology in particular, specifics about current research efforts, technical bottlenecks, requirements for data acquisition and maintenance, educational needs, and communication issues surrounding the field. A number of recommendations were made for removing barriers to progress in systems microbiology and for improving opportunities in education and collaboration.
3. Microbial Identification Software | Thermo Fisher Scientific - US
Missing: Sector | Show results with:Sector
Utilize the MicroSEQ ID Rapid Microbial Identification System, with comparative rDNA genetic sequences for highly accurate environmental monitoring results.
4. [PDF] Benchmark Guidance Values for Microbiological Monitoring on ...
The aim of this paper is to present a literature overview of the main microbiological environmental monitoring techniques and related benchmarks proposed for ...
5. Microbial Applications, Inc
Missing: Sector systemanforderungen
6. MinION Mk1B IT requirements | Oxford Nanopore Technologies
NVIDIA GPU RTX 2060 SUPER or better, with at least 8 GB of GPU memory. Technical information can be found on various websites, for example https://www.
The MinION™ is a small, self-contained device for nanopore sequencing. It plugs directly into a USB Type-A port or a USB Type-C port with a recommended adapter (5 Gbps).
7. Micro-Technologies for Assessing Microbial Dynamics in Controlled ...
Missing: Sector | Show results with:Sector
With recent advances in microfabrication technologies, the miniaturization of traditional culturing techniques has provided ideal methods for interrogating microbial communities in a confined and finely controlled environment. Micro-technologies ...
8. Primary validation of the growth direct bioburden system and media
Oct 30, 2020 · This article presents statistics required to validate rapid microbial methods (RMMs) according to the requirements in the most recent version of European ...
This article presents statistics required to validate rapid microbial methods (RMMs) according to the requirements in the European Pharmacopoeia.
9. Designing function-specific minimal microbiomes from large microbial ...
Missing: Sector systemanforderungen
Microorganisms exist in large communities of diverse species, exhibiting various functionalities. The mammalian gut microbiome, for instance, has the functionality of digesting dietary fibre and producing different short-chain fatty acids. Not all microbes present in a community contribute to a given functionality; it is possible to find a minimal microbiome, which is a subset of the large microbiome, that is capable of performing the functionality while maintaining other community properties such as growth rate and metabolite production. Such a minimal microbiome will also contain keystone species for SCFA production in that community. In this work, we present a systematic constraint-based approach to identify a minimal microbiome from a large community for a user-proposed function. We employ a top-down approach with sequential deletion followed by solving a mixed-integer linear programming problem with the objective of minimising the L1-norm of the membership vector. Notably, we consider quantitative measures of community growth rate and metabolite production rates. We demonstrate the utility of our algorithm by identifying the minimal microbiomes corresponding to three model communities of the gut, and discuss their validity based on the presence of the keystone species in the community. Our approach is generic, flexible and finds application in studying a variety of microbial communities. The algorithm is available from https://github.com/RamanLab/minMicrobiome .
