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Article #22Re: Hemoglobin Droping ...HELP NEEDED NOW!
From: John Ladasky
Date: Tue, 23 Dec 1997 00:00
Date: Tue, 23 Dec 1997 00:00
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3203 bytes
In article <uthman-2212971838080001@tigger-ppp-port-59.neosoft.com>, Ed Uthman <uthman@neosoft.com> wrote: >In article <349F3F99.22129DDD@khor.pc.my>, Jordan Khor <kck@khor.pc.my> wrote: > >> This is concerning a baby boy borned about 3 weeks ago. At first, he is >> having jaundice for about 10 days. Now the blood analysis review that >> the hemoglobin drops continuosly. Also the PCV, TWBC & platelets also >> droping. He is now in hospital and the Drs have not identified the >> cause. A bone marrow test will be done on 23 Dec. 1997, 8 am. >> >> There is a case history for the baby's mother. First term baby girl also >> have some kind of blood related problems and survived only 35days. >> Second pregnancy ended abruptly in 35-week of gestation. Details are >> available if required. > >I assume from the poster's address that this is happening in Malaysia. I >believe the Burmese, Thais, Khmer, and other southeast Asian peoples have >a particularly high incidence of alpha-thalassemia, which could possibly >account for such a familial presentation of severe neonatal anemia. >However, the classic cases of homozygous alpha-thal-1 generally are fatal >within a few hours of birth (or even before birth). Whether a double >haplozygote alpha-1/alpha-2 could produce this picture I don't know. One >can rule this out by looking for Hb Bart's by hemoglobin electrophoresis Also consider glucose-6-phosphate dehydrogenase (G6PD) deficiency. G6PD deficiencies are common in SE Asia, as are the thalassemias. There is chronic neonatal jaundice in some cases, and it may be induced by in- fections or by the administration of certain drugs. The fact that a pre- vious female child experienced difficulties makes G6PD an unlikely hypo- thesis, however. In the first place, the G6PD gene is X-linked, which means that boys are much more likely to experience trouble than girls. Second, all the known mutations are recessive, which would mean that in a female child the normal copy of the X chromosome should compensate for the mutated one. Still, it's worth considering. Maybe the father's G6PD and/or hemoglobin status should be checked, too. -- Rainforest laid low. "Wake up and smell the ozone," Says man with chainsaw. - John Ladasky
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X-Google-Language: ENGLISH,ASCII-7-bit X-Google-Thread: 1119a6,e69213ca67669fae,start X-Google-Attributes: gid1119a6,public X-Google-Thread: ff2c4,e69213ca67669fae,start X-Google-Attributes: gidff2c4,public X-Google-Thread: f4552,e69213ca67669fae,start X-Google-Attributes: gidf4552,public X-Google-Thread: 10813c,e69213ca67669fae,start X-Google-Attributes: gid10813c,public X-Google-Thread: f60cd,e69213ca67669fae,start X-Google-Attributes: gidf60cd,public From: jladasky@cmgm.Stanford.EDU (John Ladasky) Subject: Re: Hemoglobin Droping ...HELP NEEDED NOW! Date: 1997/12/23 Message-ID: <67pe18$qoh@cmgm.Stanford.EDU> X-Deja-AN: 309745963 References: <349F3F99.22129DDD@khor.pc.my> <uthman-2212971838080001@tigger-ppp-port-59.neosoft.com> Organization: Stanford University, CA 94305, USA Newsgroups: sci.med.laboratory,bionet.general,bionet.immunology,sci.med.pharmacy,sci.med.pathology