Sentence examples for microbes is based on from inspiring English sources
Over the past decade, compelling evidence has demonstrated that detection of invading microbes is based on germline-encoded pattern-recognition receptors (PRRs), which recognize conserved microbial molecules, called pathogen- associated molecular patterns (PAMPs).
A premarket safety assessment of food microbes is based on four mainstays (establishing identity, body of knowledge, possible pathogenicity, and final use) according to the European Food Safety Authority (EFSA) [ 53].
Verified CIED infection by the same microbes was based on the identification of microbes in the operation and the culture result after infection.
Traditionally, the assignment of taxonomical appropriate names to microbes was based on phenotypic characters, such as Gram stains or the possession of cell walls.
In the middle of the 20th century, an American plant pathologist called Harold Henry Flor proposed that the outcomes of interactions between plants and disease-causing microbes were based on interactions between specific biological molecules.
Microbial tag representation for DK-MICROBE is based on genomic length and density of virtual tags within the genome, whereas expression-based technologies are reliant on the number and level of the transcribed genes.
Knowledge is based on forgetting.
The initial aspects of performing DK-MICROBE are based on Digital Karyotyping (DK) [ 25].
Our approach employs three basic discriminators to assess microbe transfer and is based on the study of lateral gene transfer.
The former involves constitutively operating defenses, which are always present and counteract the invasion and growth of microbes, while the latter is based on recognition of the invader(s) and the immediate activation of cascades of parallel immune reactions with the purpose of eradicating the invading organism.
This system is based on sections of the microbes' DNA called CRISPRs, which contain repetitive DNA sequences that are separated by short segments of 'spacer' DNA.
