AMH levels and the antral fol­lic­le count (AFC) pro­vi­de important infor­ma­ti­on about the remai­ning ova­ri­an reser­ve and the expec­ted respon­se of the ova­ries to hor­mo­n­al sti­mu­la­ti­on. Howe­ver, they do not allow a relia­ble state­ment about whe­ther or how quick­ly a woman can beco­me pregnant natu­ral­ly.

A sper­mio­gram asses­ses the num­ber, moti­li­ty, and shape of sperm. A DNA frag­men­ta­ti­on test addi­tio­nal­ly exami­nes the qua­li­ty of the gene­tic mate­ri­al and can make dama­ge in the sperm DNA visi­ble. This can pro­vi­de fur­ther indi­ca­ti­ons for dia­gno­stics and tre­at­ment plan­ning.

A semen ana­ly­sis is the most important basic test for asses­sing male fer­ti­li­ty. Among other things, the num­ber, moti­li­ty and shape of the sperm are exami­ned. The results are asses­sed accor­ding to cur­rent WHO cri­te­ria and then medi­cal­ly inter­pre­ted.

With our fer­ti­li­ty test, we mea­su­re key hor­mo­nes to assess your ova­ri­an reser­ve and base­line hor­mo­n­al sta­tus. Blood sam­pling can be done eit­her at our cen­ter in Munich or at home. Your results are review­ed by a spe­cia­list phy­si­ci­an and medi­cal­ly inter­pre­ted.

At the begin­ning of the cycle, we deter­mi­ne important hor­mo­nes such as FSH, LH, est­ra­di­ol, AMH, pro­lac­tin, and thy­ro­id values. Depen­ding on the spe­ci­fic ques­ti­on, fur­ther values can be added to more pre­cis­e­ly assess the hor­mo­n­al situa­ti­on and cycle pro­gres­si­on.

A quick over­view of your hor­mo­n­al fer­ti­li­ty Would you like to bet­ter assess your ova­ri­an reser­ve or learn more about your hor­mo­n­al situa­ti­on? With our at-home fer­ti­li­ty test, you can have seven key hor­mo­ne levels mea­su­red – con­ve­ni­ent­ly via a fin­­ger-prick blood sam­ple and wit­hout an appoint­ment at the fer­ti­li­ty cen­ter. The test is sui­ta­ble … Read more

In cases of recur­rent mis­car­ri­a­ges or unsuc­cessful embryo trans­fers, immu­no­lo­gi­cal dia­gno­stics may be useful in sel­ec­ted cases. For exam­p­le, natu­ral kil­ler cells (NK cells) are exami­ned. As the cli­ni­cal signi­fi­can­ce has not yet been con­clu­si­ve­ly cla­ri­fied, we use the­se dia­gno­stics sel­ec­tively and not rou­ti­ne­ly.

In IVF, eggs and sperm are brought tog­e­ther in the labo­ra­to­ry; in ICSI, a sin­gle sperm is injec­ted direct­ly into the egg. We tail­or the pro­ce­du­re and sti­mu­la­ti­on pro­to­col indi­vi­du­al­ly to your spe­ci­fic situa­ti­on.

The donor sperm comes from licen­sed sperm banks and is careful­ly sel­ec­ted accor­ding to health, gene­tic, and psy­cho­lo­gi­cal cri­te­ria. Depen­ding on the indi­vi­du­al situa­ti­on, tre­at­ment is car­ri­ed out via inse­mi­na­ti­on (IUI) or IVF/ICSI.

Pre­pared sperm cells are intro­du­ced direct­ly into the ute­rus at the opti­mal time – pre­cis­e­ly plan­ned and gent­ly per­for­med.