how cold it 19 virus variant known as be 1617 has fed to a dozen countries ever since it was discovered in India last year researchers have identified three subtypes each with a slightly different genetic makeup experts on are probing these variants trying to find out how they might affect the trajectory of the pandemic in countries that they have gained a foothold in various aspects of the virus like it spreadability the potential to evade immunity and if these new variants can cause the most severe form of disease
all these aspects are now being investigated researchers have also been able to rapidly track the spread of p16 17.2 that is a newer subtype of the variant because it's genome contains a marker that the dominant variant that is the be 117 lacks the UK government advisory committee said that there is a possibility that this variant is 50% more transmissible than the original variant according to available data genetic sequencing data suggests that the rapid spread of the subtype of this variant is less likely to pose a problem to the vaccination efforts than the spirit of the original variant although the vaccine efficacy studies tend to focus on the ability to prevent severe disease many scientists now say that it is important to find out whether those who are vaccinated could catch the be 1617 variant and it's different subtypes without showing severe symptoms
virus and then insert these resistant genes or these mutated genes into that and see the response in terms of utilization studies in the lab we found that some of those studies don't want to predict the actual effectiveness of vaccines in in real populations and some of the vaccines actually work better it will populate however research has now say that none of the be 1617 various subtypes are associated with an increased disease severity
they want that the mutated subtypes of the Corona virus May potentially devastating Nations that do not have widespread access to vaccinations