1 ould have detectable serum concentrations of
mullerian inhibiting substance.
2 a result of the absence of the receptor for
Mullerian-inhibiting substance.
3 Mullerian inhibiting substance and testosterone secreted
4 ular secretion of the hormones testosterone,
Mullerian inhibiting substance,
and insulin-3 (Insl3).
5 The sensitivity and specificity of the serum
mullerian inhibiting substance assay for detecting the a
6 Measurements of serum
mullerian inhibiting substance can be used to determine
7 The mean (+/-SD) serum
mullerian inhibiting substance concentration in the 17 c
8 We measured serum
mullerian inhibiting substance in 65 children with viril
9 The receptor for
Mullerian-inhibiting substance is expressed by mesenchym
10 Anti-Mullerian hormone (AMH), or
Mullerian-inhibiting substance,
is a protein hormone tha
11 Mullerian inhibiting substance (
MIS or AMH) triggers reg
12 Mullerian inhibiting substance (
MIS) (or anti-Mullerian
13 members of the TGF beta superfamily such as
Mullerian inhibiting substance (
MIS) and activin A also
14 Mullerian Inhibiting Substance (
MIS) causes regression o
15 Mullerian inhibiting substance (
MIS) causes regression o
16 Mullerian Inhibiting Substance (
MIS) expression is inver
17 Mullerian Inhibiting Substance (
MIS) functions to promot
18 Mullerian inhibiting substance (
MIS) has been shown to i
19 Mullerian inhibiting substance (
MIS) inhibits breast can
20 Mullerian inhibiting substance (
MIS) inhibits breast can
21 on of the Mullerian duct in the male embryo,
Mullerian Inhibiting Substance (
MIS) inhibits the growth
22 Mullerian inhibiting substance (
MIS) is a key element re
23 s role in causing Mullerian duct regression,
Mullerian inhibiting substance (
MIS) is implicated in th
24 , conversely, was significantly inhibited by
Mullerian inhibiting substance (
MIS) or the MIS mimetic
25 X9-binding sites within the endogenous mouse
Mullerian inhibiting substance (
Mis) promoter.
26 Examination of
Mullerian inhibiting substance (
MIS) signaling in the ra
27 The presence of
Mullerian Inhibiting Substance (
MIS) signaling pathway t
28 Mullerian Inhibiting Substance (
MIS), a 140-kDa homodime
29 Mullerian Inhibiting Substance (
MIS), a biological modif
30 Granulosa cells also secrete
mullerian inhibiting substance (
MIS), a hormone that inh
31 Mullerian inhibiting substance (
MIS), a member of the tr
32 on is mediated by the actions of the hormone
Mullerian inhibiting substance (
MIS), a member of the tr
33 Mullerian inhibiting substance (
MIS), a transforming gro
34 The TGFbeta-like hormone,
Mullerian inhibiting substance (
MIS), initiates regressi
35 However, these cells are sensitive to
Mullerian inhibiting substance (
MIS), which decreased co
36 lating expression of the polypeptide hormone
Mullerian inhibiting substance (
MIS).
37 Mullerian inhibiting substance (
MIS/AMH), produced by gr
38 Mullerian-inhibiting substance (
MIS) is a member of the
39 Mullerian-inhibiting substance (
MIS) is a member of the
40 r anti-Mullerian hormone (Amh, also known as
Mullerian-inhibiting substance (
Mis)), which causes regr
41 Mullerian-inhibiting substance (
MIS), a transforming gro
42 Mullerian-inhibiting substance (
MIS), which is produced
43 e anti-Mullerian hormone (AMH; also known as
Mullerian inhibiting substance,
MIS) is secreted by the
44 ed the anti-Mullerian hormone (also known as
Mullerian inhibiting substance or MIS) as an inhibitory
45 Mutations that inactivate either
Mullerian-inhibiting substance or its receptor allow dev
46 Mullerian inhibiting substance,
produced constitutively
47 found that ER mRNA levels were decreased in
Mullerian inhibiting substance promoter (MIS)-Smad2 domi
48 cluding Sertoli-like cells and expression of
Mullerian inhibiting substance,
sulfated glycoprotein-2,
49 ly deleted for beta-catenin are derived from
Mullerian inhibiting substance type II receptor-expressi
50 Smad4 gene driven by 180-bp fragment of the
Mullerian inhibiting substance upstream promoter sequenc
51 Furthermore, measurement of serum
mullerian inhibiting substance was more sensitive than s
52 The Sertoli cells of the testes produce
Mullerian-inhibiting substance,
which stimulates Mulleri