Treatments offered include:

in vitro fertilization with partner/donor sperm
in vitro fertilization with donor eggs
intra-cytoplasmic injection (ICSI)
sperm aspiration or extraction from the testes (PESE/TESE) for azoospermic men
controlled ovarian stimulation and insemination (COS/IUI)
pre-implantation genetic diagnosis (PGD)
assisted hatching (AH)
blastocyst culture
freezing of oocytes and ovarian tissue
surrogacy
For more information please contact us at kosmogonia@cellscience.com or phone 0030

The first day evaluation. The embryologist observes the oocytes and checks for signs of fertilization....two pro-nuclei!

The sperm must be immobilized before ijecting it into the oocyte

Dr. Andreyko summarizes IVF with egg (oocyte) donation and gestational surrogacy.

,;,;,;ivf ,infertility treatment,infertility diagnosis;blood,hormone work up ,survey,infertility etiology, examination,test, check-up,laparoscopy,work up ,examination,test, check-up,%u6C42%u5B50,IVF,IUI,%u4EBA%u5DE5%u53D7%u5B55,%u4EBA%u5DE5%u53D7%u7CBE,%u8A66%u7BA1%u5B30%u5152%u6210%u529F%u7387,%u6210%u529F%u7387;hysteroscopy,who is who;iui;fertility;ivf center;women hpapital;woman hospital;;ASRM member,ESHRE member;TV host; %u8A66%u7BA1%u5B30%u5152,%u7537%u5973%u4E0D%u5B55,%u4E0D%u5B55%u7

Stained oocyte cumulus complex traveling over the surface of a hamster oviduct. This oocyte cumulus complex adheres to the surface of the oviduct and becomes stretched out as the beating cilia pull it over the surface towards the ostium. When it reaches the ostium, it turns the corner and enters.

Get yourself a microscope and get busy

Meus espermatoz�ides vistos em um microsc�pio �tico com aumento de 40x - contribui��o para aula de embriologia.

--

My spermatozoids seen on 40x magnification lens of an optical microscope - a contribution for the embriology class.

Sperm with mobility

Dying Sperms under the Microscope. The Music-Video to my Picture-Soundtrack "Night of the dying Sun"

Who knew that tiny spermatazoa could be so beautiful - or so touching? We are genetically programmed to find true love, so what better metaphor than our friend the sperm? With grateful thanks to Skip Elsheimer, in whose archive on www.archive.org, I found these images, which I re-edited to fit the music.

True love don't take no prisoners
True love don't carry no chains
True love don't stake no claims, no:
True love falls like the summer rain.

True love don't ask no questions
True love don't tell no lie

My sperm captured by polscope. binning 4x4. Objective lens is x100.

Chromosomes

Chromosomes contain the genetic material deoxyribonucleic acid or DNA. In association with proteins, the twisted strands of DNA become coiled and folded to give chromosomes a beaded appearance. Each bead represents a gene-a length of DNA coding for the synthesis of one or more proteins. There are thought to be more than five hundred genes on each of the cell's forty-six chromosomes. Here a progression is shown from a chromosome, as it appears under the microscope, to the molecular architect

my sperms~

Human sperm under the microscope

The sperm under the microscope x600 %u9855%u5FAE%u93E1%u3067%u898B%u305F%u7CBE%u5B50%u306E%u6620%u50CF%u3000600%u500D

Human sperm cells in human semen through a microscope, 400X.

I took my ejacuated cum and observed it under microscope....

watching thousands of my sperms swimming around....amazing isn't it?

Sperm under a microscope at 400 power. Shows human sperm motility and morphology. You can clearly see the difference between immotile, non-progressive, slowly motile, and rapidly motile sperm. You can also see examples of morphology issues.
This video was taken with a standard bright field microscope with an integral digital camera.

At the cellular biophotonics lab at UCSD, real time biology experiments can be conducted over the internet. In this video, the Realtime Automated Track and Trap System (RATTS) at the University of California, San Diego (USA) was controlled over the internet by the University of Queensland (Australia). This system includes a fully customized tracking algorithm which incorporates cutting edge biophotonics, robotics, and microscopy technology.