is a 5aa embryo good?
what does it mean the embryo is graded 5aa? what is the chance this embryo will implant?
a 5aa blastocyst is probably one of the best embryos that we can get, but, unfortunately, having a good morphology does not necessarily mean that the embryo is of good quality.  it only means that the chances of having normal genetics and implantation are going to be higher.
when we grade an embryo 5aa, it means that it has almost done the hatching, and both the inner cell mass and trophectoderm are of top quality.  the chances for one of these embryos, though it will depend on the age if we get this quality in egg donation, the pregnancy rate should be around 60-65% with just a single embryo transfer.
the term sperm implantation is actually incorrect and we suppose it refers to egg fertilization. what implants is the embryo after the sperm reaches the egg, and they fuse together. after that, the resulting embryo travels through the fallopian tube toward the uterus. once there, it will adhere to the endometrial lining, which is what we know as embryo implantation.

you can learn more about this process here: sperm's journey to the egg. yeah, its an incomplete genetic code, having only half the required chromosomes needed to create a life. it also doesn't consume food and produce waste, it cannot itself reproduce, etc. its clearly and obviously, as long as your not an anti science person, not a human being but a fetus is (again so long as your not anti-science). it is possible. the only way to know is to do a pregnancy test.<br><br>best wishes if u feel that ur breast milk is not sufficient for ur baby then u can start solid .....u can start solid after 5 month also.... hi dear, there is nothing like that.baby is healthy if it's parameter and weight is according to its gestational age.there are lot of other factors that can be assessed through scans ,if baby is doing fine and healthy. this problem could be related to shunt slippage or failure, or could be a separate issue entirely. see your implanting surgeon for an eval as soon as practical. see more... don't count your betta before they are hatched ;) ! getting the fish to breed is the easiest part, survival of the fry is more difficult.

expect 0 to 500 fry to survive! (they can lay up to about 600 eggs in a spawn). so you might get none, and if everything is perfect you might have 500 so better plan on how to house them. i would not expect anything close to 500 on your fish's and your first try, maybe 100 if you are lucky but there is always the possibly of more. experienced breeders often have surviving clutches of 400 or more! congratulations on your third baby! i did not have the test but at my 20 week ultrasound we found out that our daughter had spina bifidia! i do know that a good percentage of those test are a false positive so i know it is hard to not freak out! try to wait till you have all the test done! spina bifidia/ neural tube defect is not a death sentence, it has a set of challenges but my daughter is a very happy normal almost 7 year old! we were apart of the moms study and had inutero surgery at 25 weeks! there are a few groups on facebook that are all people with sb or parents of kids with sb! feel free to check them out and ask any more questions! they are united by spina bifida and spinia bifida fetal surgery! i can add you to the group if you are interested! i will be praying for you and your baby! to answer this question we have to take into account several aspects. 

the first of these is the assessment of the male factor. when we speak of oligoazoospermia we refer to a low concentration of sperm in the semen. we consider an altered concentration when there are less than 15 million spermatozoa per milliliter (ml) of ejaculate. 

but although 15 million per ml is the reference parameter for talking about oligoazoospermia, when we assess the seminogram we must take into account the degree of deviation from that normality. that is, a concentration of 13 million/ml, where we would speak of a mild oligoazoospermia, is not the same as 1 million/ml, where we would speak of a severe oligoazoospermia. in addition we must also assess the other parameters of the study of the semen (total volume, motility). 

in order to group all the important parameters of the seminogram into a single value that will help us decide which assisted reproduction technique to use, the concept of msc (mobile sperm count) is established. this tells us the number of spermatozoa with good motility in each milliliter of ejaculate after the training of the semen in the laboratory. 

it is considered that in order to perform an artificial insemination (ai), the msc must be over 3 million spermatozoa. 

therefore, as far as the male factor is concerned, it will depend on the severity of the oligoazoospermia and how it influences the msc whether the technique of choice is an ai or, on the contrary, we have to opt for a more complex technique, such as in vitro fertilization (ivf). 

the second aspect to take into account is the female factor. in this case we are presented with a woman with a polycystic ovary syndrome (pcos). pcos is an endocrine pathology that is often difficult to achieve ovulation. when a woman is unable to ovulate, she will not be able to become pregnant and the clinic that most women with pcos consult for will appear, which is the absence of menstruation. 

thus, what we must do with this patient is to give her medication to help her achieve, first, follicular development and, later, ovulation. once ovulation is achieved, the semen sample should be added either by ai or by directed intercourse. one option or the other will depend on the quality of the semen. 

to achieve ovulation in a patient with pcos we perform an "ovulation induction" treatment. for this we have several therapeutic options. as first-line drugs we would have the drugs for oral administration (clomiphene citrate and letrozole) and, as second-line treatment, we would have the drugs for subcutaneous administration (gonadotropins). 

even so, before considering ovulation induction treatment in a patient with pcos, we should assess the patient's age. the main reason for this is that ovulation induction treatments end with ai or directed intercourse. it is known that women over 38 years of age do not benefit from these techniques due to poor egg quality. in such cases, the first option should be an ivf. 

therefore, and in response to the initial question, the most likely treatment of choice for this couple is ai with ovulation induction, but before indicating such a technique we must take into account other parameters such as emr and the age of the patient. hi dear... yes it's quite normal and it takes time to get regular timings.. so don't worry. happy motherhood