₦airaland Forum

Go to the hospital and ask a professional doctor for advice.
I think that is the best choice for you. More on bacterial transcriptome

I think SC is closer to SS than AC. the Medical gurus can shed more light on it. you can also google it.
If you want to know more about genome, here's an article may help: genomic data analysis.

AC is normal but susceptible, SC has mild anemia and CC is normal and resistant to malaria. The following approximate fitnesses have been assigned to these genotypes...
If you want to know more about genotype AC, please visit the page for answer: genotyping by sequencing.

We need to pay attention to the environment and water, especially the safety of drinking water.
In addition, it should be prevented from being bitten by mosquitoes.
------------------------------------------------By iso seq.

At this stage, biotechnology is developing very fast. I saw a report a few days ago. Scientists use human genome sequence to detect human breast cancer epithelial cells, which brings hope for the treatment of breast cancer. I believe that one-day breast cancer will be cured.

Ebola is a serious disease, and hopes that scientists can find a cure as soon as possible.
At this stage, biotechnology is developing very fast. I saw a report a few days ago. Scientists use single-cell rna sequencing to detect human breast cancer epithelial cells, which brings hope for the treatment of breast cancer. I believe that one day Ebola will be cured.

Genital herpes is a viral infection that causes outbreaks of blisters or ulcers or sores on the genitals.When someone has an outbreak of genital herpes,they develop one or more lesions around the genitals or rectum ,they can burst and become painful.
At this time, some medical biotechnology is particularly important. Because it is a virus, we need to use viral genome sequencing to detect it. Viruses are the most abundant biological entities on Earth and significantly impact living organisms by causing diseases and shaping their immune systems. Despite their ubiquity and influence, less than 0.01% of viruses are sequenced. Presently, the study of viral infectious diseases in terms of etiopathogenesis and development of newer therapeutics is undergoing rapid changes.

Viruses represent the greatest source of biological diversity on Earth. For small viruses such as human immunodeficiency virus (HIV), influenza virus, hepatitis B virus (HBV) and hepatitis C virus (HCV), sequencing of partial genomes has been widely used for research, but it also has important clinical applications.
One of the main reasons and applications to sequence viruses is the detection of drug resistance. For example, the management of highly active antiretroviral therapy (HAART) for HIV relies on viral sequencing for the detection of drug resistance variants. HAART has dramatically improved survival of patients with HIV, but successful therapy requires long-term suppression of viral replication with antiretroviral drugs, which may be prevented by impaired host immunity, sub-optimal drug penetration in certain tissue compartments and incomplete adherence of patients to therapy. When viral replication continues despite treatment the high mutation rate of HIV enables resistance variants to develop.
Sourse:https://www.cd-genomics.com/Viral-Genome-Sequencing.html

the intensified HIV testing and treatment efforts were reaching more people living with HIV.As we all know,viruses represent the greatest source of biological diversity on Earth. For small viruses such as human immunodeficiency virus (HIV), influenza virus, hepatitis B virus (HBV) and hepatitis C virus (HCV), sequencing of partial genomes has been widely used for research, but it also has important clinical applications. One of the main reasons and applications to sequence viruses is the detection of drug resistance. For example, the management of highly active antiretroviral therapy (HAART) for HIV relies on viral sequencing for the detection of drug resistance variants. HAART has dramatically improved survival of patients with HIV, but successful therapy requires long-term suppression of viral replication with antiretroviral drugs, which may be prevented by impaired host immunity, sub-optimal drug penetration in certain tissue compartments and incomplete adherence of patients to therapy. When viral replication continues despite treatment the high mutation rate of HIV enables resistance variants to develop.More on https://www.cd-genomics.com/Viral-Genome-Sequencing.html