don't stress, that's the last thing we need to be doing right now.. and i say 'we' cause we're a team. i love you sister. it's going to be okae. poppy is right, those ppl are idiots. plus look i found this thing on red blood cell clusters... read it. so uh, they put a needle in your head?
Regulators of Red Blood Cell Development
Red blood cells represent one of the most abundant specialized cell types in vertebrate organisms. Their development from hematopoietic progenitors is tightly controlled to ensure that red blood cells are produced in sufficient numbers to serve the needs of the organism both in the physiological and pathological state. The laboratory studies (in various in vitro culture systems of human, mouse and chicken) the impact and mechanisms of action of important regulators for erythroid cell growth and differentiation.
Alright ... Thanks Sis ... I am not stressing any more ... What Happens / Happens ... Thanks for the run down on red blood cells !!! No needles in my head yet ... the ones at the mri were done in my hand but still hurt like a sonofagun... Miss you ... we will be in HB next weekend !!!
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and i say 'we' cause we're a team.
i love you sister. it's going to be okae.
poppy is right, those ppl are idiots.
plus look i found this thing on red blood cell clusters...
read it.
so uh, they put a needle in your head?
Regulators of Red Blood Cell Development
Red blood cells represent one of the most abundant specialized cell types in vertebrate organisms. Their development from hematopoietic progenitors is tightly controlled to ensure that red blood cells are produced in sufficient numbers to serve the needs of the organism both in the physiological and pathological state. The laboratory studies (in various in vitro culture systems of human, mouse and chicken) the impact and mechanisms of action of important regulators for erythroid cell growth and differentiation.
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but good news, poppy has planned my future.
im going to be a court reporter.
im looking into it today.
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