Biochemical parameters, dynamic tensiometry and circulating nucleic acids for cattle blood analysis: a review.
Sergei Yurevich ZaitsevNadezhda V BogolyubovaXuying ZhangBertram BrenigPublished in: PeerJ (2020)
The animal's blood is the most complicated and important biological liquid for veterinary medicine. In addition to standard methods that are always in use, recent technologies such as dynamic tensiometry (DT) of blood serum and PCR analysis of particular markers are in progress. The standard and modern biochemical tests are commonly used for general screening and, finally, complete diagnosis of animal health. Interpretation of major biochemical parameters is similar across animal species, but there are a few peculiarities in each case, especially well-known for cattle. The following directions are discussed here: hematological indicators; "total protein" and its fractions; some enzymes; major low-molecular metabolites (glucose, lipids, bilirubin, etc.); cations and anions. As example, the numerous correlations between DT data and biochemical parameters of cattle serum have been obtained and discussed. Changes in the cell-free nucleic acids (cfDNA) circulating in the blood have been studied and analyzed in a variety of conditions; for example, pregnancy, infectious and chronic diseases, and cancer. CfDNA can easily be detected using standard molecular biological techniques like DNA amplification and next-generation sequencing. The application of digital PCR even allows exact quantification of copy number variations which are for example important in prenatal diagnosis of chromosomal aberrations.
Keyphrases
- copy number
- cell free
- mitochondrial dna
- circulating tumor
- ionic liquid
- genome wide
- dna methylation
- healthcare
- single molecule
- ms ms
- type diabetes
- density functional theory
- papillary thyroid
- pregnant women
- gene expression
- squamous cell carcinoma
- nucleic acid
- skeletal muscle
- preterm birth
- electronic health record
- social media
- weight loss
- protein protein
- climate change
- blood glucose
- small molecule
- insulin resistance
- solid state
- genetic diversity