Redan47 skrev 2013-12-22 11:06:53 följande:
Blodgrupp har ingen betydelse. Rh + el. -. Vi har inte någon info fr kliniken om det. Vi har inte bokat spec blodgrupp.
Det är ju om du vill art barnet ska ha någon av ers blodgrupp flr att dölja äggdonationen i framtiden...du kan ju då ge blod inom fam vid behov.
Rh faktor, som du ser vacc kvinnan isåfall, efter förlossning, detta är ju inget du bryr dig om vid en spontan graviditet.... Jag har ju fött tidigare två så jag vet ju att jag inte har haft problem. Som sagt detta regleras med vacc. Får betydelse för nästa barn.
Om barnet blir rh+ kan hen ta emot blod från både rh - ich +.
Till största del har det ingen betydelse men det kan de ha om kvinnan har -, se artikeln nedan men de verkar ha kollat era blodgrupper och det är ju bra så gissar att de har matchat där efter. (nedan kan ju även hända vid vanlig graviditet)
The blood type of the recipient, donor and recipient’s husband are factors that can play some role in the matching process. Blood typing at its most basic level is defined by two separate typing systems. One is referred to as the ABO system. Four different types exist in this system, A, B, AB, and O. The other basic blood typing system is the Rh type. Only two Rh types are common, positive and negative. Thus, a routine blood type is described as one of the four ABO types and one of the two Rh types. The main element of the blood typing system, which has the potential to affect the health of a pregnant woman’s baby, is the Rh-negative type.
Serious compromise of a baby’s health can occur when an Rh-negative woman is carrying an Rh-positive fetus. With modern obstetrical treatment, such complications are uncommon, but they still exist. There are two ways an Rh-negative woman can have an Rh-positive baby. One is if the father of the baby is Rh positive, and the baby inherited Rh positivity from the father. The other way this can happen is if an Rh-negative woman receives an oocyte from a donor who is Rh positive, and the genetic makeup of the oocyte confers Rh positivity on the resulting fetus. Thus, practically speaking, the main situation in which the blood type of the egg donor can pose increased risk for the recipient is when both the recipient and her husband are Rh negative. In this circumstance, the use of an Rh positive donor would expose the recipient’s fetus to a risk of Rh incompatibility that would not have existed had the woman used her own eggs or received eggs from an Rh negative donor.