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                    俄羅斯試管嬰兒機構,俄羅斯試管嬰兒費用,第三代俄羅斯試管嬰兒

                    俄羅斯試管嬰兒

                    試管嬰兒

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                    試管嬰兒風險大嗎
                    試管嬰兒醫院排行榜 俄羅斯試管嬰兒機構
                    第三代試管嬰兒多少錢 試管嬰兒對女性傷害有多大

                    第三代試管嬰兒花費比前兩代要高

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                    第三代試管嬰兒花費比前兩代要高

                    時間:2020-03-17 文章來源:www.danihemmat.com作者:俄羅斯試管嬰兒機構 瀏覽次數:

                    俄羅斯試管嬰兒費用為啥比前兩代高?

                    Why is the cost of Russian IVF higher than the previous two generations?

                    第一代試管嬰兒又叫體外受精-胚胎移植(IVF-ET),主要治療女性不孕患者,如輸卵管不通,排卵障礙、子宮內膜異位癥等.精卵在體外自然結合受精.

                    The first generation of in vitro fertilization-embryo transfer (IVF-ET) is mainly used to treat female infertility patients, such as tubal obstruction, ovulation disorder, endometriosis and so on.

                    第二代試管嬰兒又叫卵胞漿內單精子顯微注射(ICSI),主要治療男性不孕癥,如少、弱、精癥,因精子的密度或活力太低,無法使卵子自然受精,因此需要借助單精子顯微注射系統,將一個精子注射入卵子內使其受精.

                    Second-generation test-tube infants, also known as intracytoplasmic sperm microinjection (ICSI), mainly treat male infertility, such as oligozoospermia, weakness and spermatozoa. Owing to the low density or vitality of sperm, it is impossible to fertilize the eggs naturally. Therefore, it is necessary to inject a sperm into the eggs by means of a single sperm microinjection system to fertilize them.

                    第三代試管嬰兒也叫植入前胚胎遺傳學診斷(PGD)技術,是指在體外受精過程中,對具有遺傳風險患者的胚胎進行活檢和遺傳學分析,以選擇無遺傳學疾病的胚胎植入宮腔,從而獲得正常胎兒的診斷方法,可以有效的防止有遺傳疾病患兒的出生.

                    The third generation of test-tube infants, also known as pre-implantation embryo genetic diagnosis (PGD), refers to biopsy and genetic analysis of the embryos of patients with genetic risk during in vitro fertilization, so as to select embryos without genetic diseases to be implanted into uterine cavity, so as to obtain the diagnosis method of normal fetuses, which can effectively prevent children with genetic diseases. Birth.

                    其適應癥如下:1、單基因遺傳病:常染色體隱性遺傳,B-珠蛋白生成障礙性貧血、纖維囊性變;常染色體顯性遺傳病,如a- 珠蛋白生成障礙性貧血,X-染色體伴性遺傳,如血友病.2、三聯體重復序列異常:如脆性X染色體綜合征.3、染色體數目、結構異常:非整倍體、平衡易位、羅伯遜易位.

                    Indications are as follows: 1. Monogenous hereditary diseases: autosomal recessive inheritance, B-globin production disorder anemia, fibrocystic degeneration; autosomal dominant inheritance diseases, such as a-globin production disorder anemia, X-chromosome associated inheritance, such as hemophilia.2, triplet multiple sequence abnormalities, such as fragile X-chromosome syndrome.3, chromosome number. Objectives and structural abnormalities: aneuploidy, balanced translocation and Robertson translocation.

                    俄羅斯第三代試管嬰兒主打PGS技術可生無癌寶寶

                    The third generation of test-tube infants in Russia can produce cancer-free babies by using PGS Technology

                    PGS是胚胎植入前遺傳學篩查,在胚胎植入著床之前,利用PGS對早期胚胎進行染色體數目和結構異常的檢測,主要通過檢測胚胎的23對染色體結構、數目,通過比對來分析胚胎是否有遺傳物質異常.從而挑選正常的胚胎植入子宮,以期獲得正常的妊娠,提高患者的臨床妊娠率,降低多胎妊娠.

                    PGS is preimplantation genetic screening. Before implantation, PGS is used to detect chromosome number and structural abnormalities of early embryos. The 23 pairs of chromosome structure and number of embryos are detected, and the genetic abnormalities of embryos are analyzed by comparison. The normal embryos are selected and implanted into uterus in order to obtain them. Normal pregnancy can improve clinical pregnancy rate and reduce multiple pregnancy.

                    PGD是胚胎種植前基因診斷,主要用于檢查胚胎是否攜帶有遺傳缺陷的基因.在精子卵子結合形成受精卵并發育成胚胎后,在其植入子宮前使用PGD技術進行基因檢測,以便使體外授精的試管嬰兒避免一些遺傳疾病.目前植入前遺傳診斷能診斷一些單基因缺陷引發的疾病,比如說血友病、地中海貧血癥等疾病.即可通過此類診斷直接發現.

                    PGD is a pre-implantation genetic diagnosis, which is mainly used to check whether the embryo carries genes with genetic defects. After the sperm-egg combination to form fertilized eggs and develop into embryos, PGD technology is used to detect genes before implantation into the uterus in order to avoid some genetic diseases for IVF test-tube babies. Diagnosis of diseases caused by single gene defects, such as hemophilia, thalassemia, etc., can be directly found through such diagnosis.

                    擁有這么多高科技的技術,相比一二代試管嬰兒技術,俄羅斯第三代試管嬰兒在整體技術上更是一次升華.

                    With so many high-tech technologies, compared with the first and second generation of IVF technology, the third generation of IVF in Russia is a sublimation in overall technology.


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