关于血型

[玄峰]

作者: Voyageur

B-就离不及格不远了

B-怎么就不及格了？

[红樱桃，绿芭蕉]

作者: Voyageur

B-就离不及格不远了

对，我又一次文章没写好，得了B-，哭着喊着让老师给我一个改过自新的机会，连夜修改了，第二天重新mark，得了B+。

[090826]

作者: Pinkpiggy

我们同事们正启发教育哪个O-的去献血呢。

我真被你们搞糊涂了。

[玄峰]

作者: 红樱桃，绿芭蕉

对，我又一次文章没写好，得了B-，哭着喊着让老师给我一个改过自新的机会，连夜修改了，第二天重新mark，得了B+。

晕，我怎么这么笨，被船夫绕进去了。
还以为B-的人健康就不及格了呢。

[红樱桃，绿芭蕉]

作者: 090826

我真被你们搞糊涂了。

怎么糊涂了，所有ＲＨ－的健康人都该有机会去献血，因为你们靠别人不行啊。

[Voyageur]

作者: 12321

funny!

作者: 玄峰

B-怎么就不及格了？

作者: 红樱桃，绿芭蕉

对，我又一次文章没写好，得了B-，哭着喊着让老师给我一个改过自新的机会，连夜修改了，第二天重新mark，得了B+。

好学生，我宁愿得B-都不受那二茬儿罪，再说了，我去找老师也哭不出来啊

[crystal1104]

亚洲人阴性血少，白人稍多一点，夫妻双方如果一阳一阴，孕期容易出问题，溶血儿，特别是第一胎没有保住的情况下，第二胎基本没戏，八角说的打针就是这个意思

因为阴性血的人少，所以如果出现需要输血的情况，可能血库很难找到血

建议阴性血的人一要随身带NOTE，二要有条件的情况下去献血，利人利已

[红樱桃，绿芭蕉]

作者: 090826

打什么针啊，没有啊，O负究竟是什么了。
医生给我的note我看不懂写了什么，意思大概就是说我的血比其它人的凝固的比较慢，，，预防出意外需要做手术的时候医生会注意到。

People with different blood types have proteins specific to that blood type on the surfaces of their red blood cells (RBCs). There are four blood types — A, B, AB, and O.

Each of the four blood types is additionally classified according to the presence of another protein on the surface of RBCs that indicates the Rh factor. If you carry this protein, you are Rh positive. If you don't carry the protein, you are Rh negative.

Most people — about 85% — are Rh positive. But if a woman who is Rh negative and a man who is Rh positive conceive a baby, there is the potential for a baby to have a health problem. The baby growing inside the Rh-negative mother may have Rh-positive blood, inherited from the father. Approximately half of the children born to an Rh-negative mother and Rh-positive father will be Rh positive.

Rh incompatibility usually isn't a problem if it's the mother's first pregnancy because, unless there's some sort of abnormality, the fetus's blood does not normally enter the mother's circulatory system during the course of the pregnancy.

However, during delivery, the mother's and baby's blood can intermingle. If this happens, the mother's body recognizes the Rh protein as a foreign substance and can begin producing antibodies (protein molecules in the immune system that recognize, and later work to destroy, foreign substances) against the Rh proteins introduced into her blood.

Other ways Rh-negative pregnant women can be exposed to the Rh protein that might cause antibody production include blood transfusions with Rh-positive blood, miscarriage, and ectopic pregnancy.

Rh antibodies are harmless until the mother's second or later pregnancies. If she is ever carrying another Rh-positive child, her Rh antibodies will recognize the Rh proteins on the surface of the baby's blood cells as foreign, and pass into the baby's bloodstream and attack those cells. This can lead to swelling and rupture of the baby's RBCs. A baby's blood count can get dangerously low when this condition, known as hemolytic or Rh disease of the newborn, occurs.

[crystal1104]

作者: 红樱桃，绿芭蕉

怎么糊涂了，所有ＲＨ－的健康人都该有机会去献血，因为你们靠别人不行啊。

同意，前年去年我在广州一共献了六次，其中五次是指定对象

[Voyageur]

作者: 红樱桃，绿芭蕉

People with different blood types have proteins specific to that blood type on the surfaces of their red blood cells (RBCs). There are four blood types — A, B, AB, and O.

Each of the four blood types is additionally classified according to the presence of another protein on the surface of RBCs that indicates the Rh factor. If you carry this protein, you are Rh positive. If you don't carry the protein, you are Rh negative.

Most people — about 85% — are Rh positive. But if a woman who is Rh negative and a man who is Rh positive conceive a baby, there is the potential for a baby to have a health problem. The baby growing inside the Rh-negative mother may have Rh-positive blood, inherited from the father. Approximately half of the children born to an Rh-negative mother and Rh-positive father will be Rh positive.

Rh incompatibility usually isn't a problem if it's the mother's first pregnancy because, unless there's some sort of abnormality, the fetus's blood does not normally enter the mother's circulatory system during the course of the pregnancy.

However, during delivery, the mother's and baby's blood can intermingle. If this happens, the mother's body recognizes the Rh protein as a foreign substance and can begin producing antibodies (protein molecules in the immune system that recognize, and later work to destroy, foreign substances) against the Rh proteins introduced into her blood.

Other ways Rh-negative pregnant women can be exposed to the Rh protein that might cause antibody production include blood transfusions with Rh-positive blood, miscarriage, and ectopic pregnancy.

Rh antibodies are harmless until the mother's second or later pregnancies. If she is ever carrying another Rh-positive child, her Rh antibodies will recognize the Rh proteins on the surface of the baby's blood cells as foreign, and pass into the baby's bloodstream and attack those cells. This can lead to swelling and rupture of the baby's RBCs. A baby's blood count can get dangerously low when this condition, known as hemolytic or Rh disease of the newborn, occurs.

People with different blood types have proteins specific to that blood type on the surfaces of their red blood cells (RBCs). There are four blood types — A, B, AB, and O.

Each of the four blood types is additionally classified according to the presence of another protein on the surface of RBCs that indicates the Rh factor. If you carry this protein, you are Rh positive. If you don't carry the protein, you are Rh negative.

Most people — about 85% — are Rh positive. But if a woman who is Rh negative and a man who is Rh positive conceive a baby, there is the potential for a baby to have a health problem. The baby growing inside the Rh-negative mother may have Rh-positive blood, inherited from the father. Approximately half of the children born to an Rh-negative mother and Rh-positive father will be Rh positive.

Rh incompatibility usually isn't a problem if it's the mother's first pregnancy because, unless there's some sort of abnormality, the fetus's blood does not normally enter the mother's circulatory system during the course of the pregnancy.

However, during delivery, the mother's and baby's blood can intermingle. If this happens, the mother's body recognizes the Rh protein as a foreign substance and can begin producing antibodies (protein molecules in the immune system that recognize, and later work to destroy, foreign substances) against the Rh proteins introduced into her blood.

Other ways Rh-negative pregnant women can be exposed to the Rh protein that might cause antibody production include blood transfusions with Rh-positive blood, miscarriage, and ectopic pregnancy.

Rh antibodies are harmless until the mother's second or later pregnancies. If she is ever carrying another Rh-positive child, her Rh antibodies will recognize the Rh proteins on the surface of the baby's blood cells as foreign, and pass into the baby's bloodstream and attack those cells. This can lead to swelling and rupture of the baby's RBCs. A baby's blood count can get dangerously low when this condition, known as hemolytic or Rh disease of the newborn, occurs.



...

偶眼前一花，直接栽倒~

[crystal1104]

作者: Voyageur

好学生，我宁愿得B-都不受那二茬儿罪，再说了，我去找老师也哭不出来啊

有一种东西叫辣椒水

[toyo]

血型有很多种分类方法，最主要两大类就是ABO分型和RH分型

ABO分类就是我们知道的A，B，AB和O型。

RH分型是分阳性，阴性两种。血型最少见的就是AB-，最多见的是O+。

[Pinkpiggy]

好学生，我宁愿得B-都不受那二茬儿罪，再说了，我去找老师也哭不出来啊[/QUOTE]

她们学护士的要的B-在我们学校就要被当掉了。8角是不是这个原因呀！

[crystal1104]

作者: toyo

血型有很多种分类方法，最主要两大类就是ABO分型和RH分型

ABO分类就是我们知道的A，B，AB和O型。

RH分型是分阳性，阴性两种。血型最少见的就是AB-，最多见的是O+。

MD，我是最少见的，广州血库就有我的手机号码

给我普及一下知识，我是AB-，为什么我女儿A+，儿子B+呢？（怎么看起来像是成绩单啊）

[红樱桃，绿芭蕉]

作者: Pinkpiggy

好学生，我宁愿得B-都不受那二茬儿罪，再说了，我去找老师也哭不出来啊.

她们学护士的要的B-在我们学校就要被当掉了。8角是不是这个原因呀！

不是，我逗大表姐呢。

[090826]

刚狗了一下，明白了。

[Voyageur]

作者: crystal1104

有一种东西叫辣椒水

那样对人老师太狠了八？最多也就给上个老虎凳~


不会是用我自个儿身上八？我怕辣

[Pinkpiggy]

作者: crystal1104

MD，我是最少见的，广州血库就有我的手机号码
你就是我说的大熊猫呀！两年捐了这么多次呀。抱抱。

给我普及一下知识，我是AB-，为什么我女儿A+，儿子B+呢？（怎么看起来像是成绩单啊）

这一题，归8角回答。

[Voyageur]

作者: crystal1104

MD，我是最少见的，广州血库就有我的手机号码

给我普及一下知识，我是AB-，为什么我女儿A+，儿子B+呢？（怎么看起来像是成绩单啊）

啊呀你女儿好聪明，儿子也蛮好~

[toyo]

作者: crystal1104

MD，我是最少见的，广州血库就有我的手机号码

给我普及一下知识，我是AB-，为什么我女儿A+，儿子B+呢？（怎么看起来像是成绩单啊）

你先生肯定是RH+，这个，要排个杂交公式就明白了，就是中学生物课上教的，呵呵。我现在赶着出门，晚上来做这个功课。或者，请黄帮主解答一下。