We use athymic nu/nu mice for our SKOV-3 xenografts (http://altogenlabs.com/xenograft-models/ovarian-cancer-xenograft/sk-ov-3-xenograft-model/). Using matrigel is a plus, and our initial dosage and general procedures are published on our website. Usually the tumors take a few days to grow to a sufficient size to begin drug dosages, and another few weeks (just over a month) for the study to complete (based on the tumor size).
SKOV-3 Ovarian tumour xenograft have proven challenging to grow. I have tried several times without sucess. I know of collegues at other institution who have sucessfully used SKOV-3 xenografts but both reported to me that the initial take rate was very low and, in order to acheive a usable number of tumour bearers, the initial tumours were passaged as lumps in nude mice which can be very expensive.
The initial cell number was 10 to 6 cells per mouse which took upto 6 months to produce a 1 cc tumour. Subsequently a 1 cc tumour was passaged in to 3-6 mice to maintain the xenograft line.
It's really hard to grow tumors by SKOV3. I used 5E6 cells in the mixture of PBS and matrigel(1:1) then it took near 2 months to grow to the size around 100mm3. By the way, the mice model I used is NMRI-Foxn1nu /Foxn1nu
We use athymic nu/nu mice for our SKOV-3 xenografts (http://altogenlabs.com/xenograft-models/ovarian-cancer-xenograft/sk-ov-3-xenograft-model/). Using matrigel is a plus, and our initial dosage and general procedures are published on our website. Usually the tumors take a few days to grow to a sufficient size to begin drug dosages, and another few weeks (just over a month) for the study to complete (based on the tumor size).