Gene research
Introduction
Scientists particularly biologist in the modern world are and have been putting efforts towards understanding the basic structures of genes to provide information relevant in the field of practice. Genes are the basic structures within an organism. The attributing elements of an individual solely depend on the existence of this cellular conformity. The advanced knowledge would be instrumental in developing innovative methods towards countering many issues in regards to the wellness of the subject. This particular paper seeks to answer which processes and methodologies are being used in researching genes. The analysis presented will be informative in regards to the matter.
The first paper section of interest Genes development, a process that is underway. Scientists are in the stages of researching how artificial cells can be created. The present trends began with Vortex Synthetic Complex and most recent the Self-Assembling Membrane that has peaked the in-depth discussion on the rightful endeavour to take in regards to gene development. These two trends are divulged as being able to complement each offer to offer successful progress. In follow up, the hopeful prospect of using cells from none living things and providing them with nourishment to be able to observe and deliberate on the workability. Presently, the research has focused on the Mycoplasma Cycoides genome . The intent is to understand the size of a gene that can is relevant in sustaining life. This involves breaking the genome into DNA segments and observing the functioning ones. From the number of tests done, 149 out of 473 genes did not have identifiable functions. The conclusive direction of this research seeks to achieve elaborate data to develop artificial cells that can be used to serve different functions (Houtman et al, 2019).
The second paper is an analysis of gene expression in an organism. Data collection is fixed on the gene rather than the whole genome type and evaluated for differences and similarity. This study is a computation in regards to the functionality of different genes and their contributions within an organism. To advance this research, two particular genes are used that is; Saccharomyces cerevisiae (S. cerevisiae) and Escherichia coli (E. coli). The gene expression provided by the two showed high possibilities of dependable characteristics. The methodologies involved pertained to mathematical computation using several theories advanced by scientists providing data on the different expressions created from the two genes. Its provisions that the functions that an organism can perform ate highly reliant on the gene expression dynamics (Ghorbani et al, 2018).
The two articles present a directional essence towards understanding the genes regarding their physiology. The conduct of viable research in regards to genes requires the use of particular sizes to enable the DNA identity to exhibit. The stretch by the first article follows on understanding the functionality of the genes and seeks to provide some value that can achieve the creation of synthetic genes for organisms (Houtman et al, 2019). This interludes with the second article which takes into account some key methodologies such as the Time Series of interaction to identify the different characteristics exhibited by each sample and understand their functionality, a derivative of the gene expression dynamics data( Ghorbani et al,2018). These two articles differ in the matter of methodologies applied as the second one takes into account the steps and processes that are required to gain effective data.
Conclusion
It is viable correct to note that gene research is a futuristic effort that is meant to bring an understanding of the various impact to the organism. The progress shown above is instrumental in the field of biology as about the understanding of the microorganism functions and creating elaborate means to develop a solution in organisms. It means that could help solve issues in regards to diseases or inherited problems.
References
Ghorbani, M., Jonckheere, E. A., Bogdan, P. (2018). Gene Expression Is Not Random: Scaling, Long-Range Cross-Dependence, and Fractal Characteristics of Gene RegulatoryNetworks.Frontiers.https://www.frontiersin.org/articles/10.3389/fphys.2018.01446/full.
Houtman. A Scudellari.M, Malo .C. (2018), Biology Now with Physiology
3rd edition W. W. Norton & Company, Incorporated, 500 Fifth Avenue New York.NY10110-0017 (2020) ISBN-13:978-0393533705
