ABO blood group predictions are brand new, and still under development. We're rolling it out to you so we can see how it performs on real data. All conclusions are still greatly limited by the general lack of phased data, the lack of genotyping at all of the necessary snps, and other factors.
best guess:
ABO blood type
unknown(Rh unknown)
while your prediction is based on your phased data, explanations aren't yet available for phased data. I can offer this explanation taken from the unphased prediction which suggests blood type: unknown
you were not genotyped at rs8176719 so it is impossible to see type-O. This is a MAJOR limitation of your data
can't reliably identity type-A without rs8176746 and rs8176747. can't reliably identity type-B without rs8176746 and rs8176747. neither rs8176747 nor rs8176746 supplied. impossible to determine type-A. neither rs8176747 nor rs8176746 supplied. impossible to determine type-B
you were not genotyped at either rs590787 nor i4001527 so it is impossible to see your Rh blood type
But the ABO system is quite limited
Blood, you see, doesn't just come in types A, B, AB, and O. The "positive" or "negative?" Nope. In fact, let's get all the way into the weeds: Scientists have since discovered over 300 proteins that contribute to blood type. The AB+ on your blood donor card? Yeah, that's a massive oversimplification... read more at
Beyond Blood Type: Genomics Can Show What You're Really Made Of
or
It would be straightforward if we all had the same blood. But we
don't. On the surface of every one of our red blood cells, we have up
to 342 antigens - molecules capable of triggering the production of
specialised proteins called antibodies. It is the presence or absence
of particular antigens that determines someone's blood type.
Some 160 of the 342 blood group antigens are 'high-prevalence', which
means that they are found on the red blood cells of most people. If
you lack an antigen that 99 per cent of people in the world are
positive for, then your blood is considered rare. If you lack one
that 99.99 per cent of people are positive for, then you have very
rare blood.
If a particular high-prevalence antigen is missing from your red
blood cells, then you are 'negative' for that blood group. If you
receive blood from a 'positive' donor, then your own antibodies may
react with the incompatible donor blood cells, triggering a further
response from the immune system. These transfusion reactions can be
lethal.
Read more at The man with the golden blood.
Known ABO SNPs