|Anatomy, Morphology, Follicular Targeting|
Foxn1 is critical for onychocyte terminal differentiation
in nude (Foxn1NU) mice
L. Mecklenburg, R. Paus, Z. Halata, L. S. Bechtold, P. Fleckman and J. P. Sundberg. Hamburg, Bar Harbor and Seattle, Germany and USA.
The development of a histological index for assessing
the condition of hair from archaeological or forensic
A. S. Wilson, H. I. Dodson, R. C. Janaway, A. M. Pollard and Desmond J. Tobin. Bradford, UK.
Identification of an antigen specific to the hair follicle
Hajimu Oura, H. Iwanari, K. Yoshizato and S. Arase. Tokushima, Tokyo and Higashihiroshima, Japan.
Hair follicles – traps for lateral spreading
U. Jacobi, H.-J. Weigmann, W. Sterry and J. Lademann. Berlin, Germany.
The concept of the vitreous membrane of the hair follicle
as depicted by F. Pinkus (1868-1947)
K. M. Stieler, A. Vogt, U. Blume-Peytavi and N. Haas. Berlin, Germany.
The form of African-American hair is programmed from
the hair bulb: a functional and immunohistological study
S. Thibaut, O. Gaillard, P. Bouhanna and B.A. Bernard. Clichy and Paris, France.
Human vellus hair follicles exhibit quantitative but
no qualitative differences in the expression of differentiation
R. Dirsch, A. Vogt, S. Hadam, K. Stieler and U. Blume-Peytavi. Berlin, Germany.
Hair shaft under atomic force microscopy (AFM)
M. R. Rino, R. Rolandi, A. Diaspro and M. Guarrera. Genoa, Italy.
Primary non-essential cutis verticis gyrata with 3 dimensional
magnetic resonance imaging (3D MR) finding
S. W. Park, D. Lee, Y. D. Choi, S. S. Lee and S. H. Cho. Busan, Korea.
Block-Copolymer nanoparticle for follicular delivery
of hair drugs
W.-S. Park, J.-W. Shim, D.-S. Sung, D.-K. Kim, C.-H. Lee and Y.-C. Shim. Yongin-si, Korea
Gene transfer into the developing follicular tissue by
administrating retrovirus vectors in utero
A. Wada, H. Kayama, S. Ihara and T. Matsuzaki. Shimane, Japan.
Follicular penetration: development of a method to block
the follicles selectively against the penetration process
A. Teichmann, U. Jacobi, H.J. Weigmann, H. Schaefer, W. Sterry and J. Lademann. Berlin, Germany.
Application of laser scanning microscopy for penetration
studies of topically applied substances
J. Lademann, N. Otberg, H. Richter, U. Jacobi, U. Blume-Peytavi, H. Schaefer and W. Sterry. Berlin, Germany.
Penetration off titanium dioxide microparticles into
J. Lademann, N. Otberg, H. Richter, U. Jacobi, U. Blume-Peytavi, H. Schaefer and W. Sterry. Berlin, Germany.
Standardized protocols allow specific targeting of vellus
hair follicles and terminal hair follicles, respectively
A. Vogt, R. Toll, S. Gontschoukow, S. Hadam, J. Lademann and U. Blume-Peytavi. Berlin, Germany.
Drug targeting to skin and hair follicle: Investigation
of an antiandrogen and a fluorescent marker
U. Mьnster, S. Lombardi Borgia, C. Nakamura, A. Haberland, W. Mehnert, H.C. Korting, U. Blume-Peytavi, R. Sivaramakrishnan, K.D. Kramer and M. Schдfer-Korting. Berlin and Mьnchen, Germany.
Distribution of Merkel cells during human hair follicle
Y. Tanaka, H. Oura, H. Takeichi, Y. Fujii and S. Arase. Tokushima, Japan.
|Stem Cells, Tissue Engineering, Animal Models|
Bulge region- and epidermal basal layer- specific expression
of fibroblast growth factor-13 (FHF-2) in mouse skin
T. Imamura, M. Kawano, A. Komi-Kuramochi, S. Suzuki, R. Tsuboi and T. Imamura. Ibaraki, Tsukuba and Tokyo, Japan.
Loss of epidermal stem cells by cellular senescence
D.-S. Kim, S.-W. Youn, H.-J. Cho, H.-R. Choi, S.-E. Jeon, H.-J. Yoon and K.-C. Park. Seoul, South Korea.
The reconstruction of skin equivalents by hair follicle
dermal sheath cells
H.-R. Choi, H.-J. Cho, D.-S. Kim, S.-B. Kwon, S.-W. Youn and K.-C. Park. Seoul, South Korea.
Reconstruction of a sheet consisting of dermal papilla
cells in vitro
D.-Y. Lee, J.-H. Lee, J.-M. Yang and E.-S. Lee. Seoul, Korea.
Human hair follicle organ culture as a screening tool
for “hair drug” discovery
A. Mescalchin, M. Massironi, A. Bettermann, R. Paus and P. Pertile. Padova and Hamburg, Italy and Germany.
A new simple organotypic assay system that imitates human
hair follicle-like epithelial-mesenchymal interactions
B. Havlickova, T. Bнrу, A. Mescalchin, P. Arenberger and R. Paus. Prague, Hamburg, Debrecen and Padova, Czech Republic, Germany, Hungary and Italy.
Defining a role for hairless by analytical comparison
of differential gene expression
H. Kim, A. Engelhard, K. Djabali, A. Panteleyev and A. M. Christiano. New York, USA.
The IFFA credo rat is a new desmoglein 4 mutant model
H. Bazzi, A. Kljuic, A. Panteleyev and A. M. Christiano. New York, USA.
Publically accessible databases detailing mouse skin,
hair follicle, hair fiber, and nail anatomy and mutant
phenotypes including cancer
J. P. Sundberg, P. Schofield and J. Eppig. Bar Harbor and Cambridge, USA and UK.
Spontaneous alopecia and ulcerative dermatitis in C57BL/6J
J. P. Sundberg, G. Lorch, D. Taylor, K. Silva, J. Miller, L. Bechtold, A. Nicholson, R. Vonder Haar, J. Fahey, A. L. Smith and L. E. King. Bar Harbor, Columbus, Ann Arbor and Nashville, USA.
The morphogenesis of scales in the zebra fish: a model
for hair/ teeth formation
V. Nguyen,, X. Zhu and M. C. Mullins. Philadelphia, USA.
Gene expression profiling in cultured dermal papilla
cells according to serial passages
M.-K. Kim, Y. K. Sung, S. Im, S.-Y. Cha and J.-C. Kim. Daegu, Korea.
Cysteine-rich intestinal proteins are differentially
expressed in hair follicles
S. W. Gordon, M. S. Elston, Z. Yu, A. J. Nixon, A. J. Craven, A. J. Pearson and J. V. Conaglen. Hamilton, New Zealand.
Cloning, expression and characterization of human URB
S.-Y. Cha, Y. K. Sung, S. Im, J. O. Kim, J.-C. Kim and M.-K. Kim. Daegu, Korea.
The gene for hair-loss disorder in HWY (Hairless Wistar
Yagi) rat maps to chromosome 15 near hairless gene
Y. Ishii, S. Kyuwa and Y. Yoshikawa. Tokyo, Japan.
|Hair Cycle, Mesenchymal Interactions|
Expression of SPARC (secreted protein acidic rich in
cysteine) throughout the hair cycle in rats
V. E. Ferres, G. Nattrass, M. Bray, N. M. Penno and P. I. Hynd. Roseworthy, South Australia.
Alternatively spliced isoforms of DMP1 and their potential
roles in hair growth
Z. Yu, S. W. Gordon, A. J. Nixon, J. E. Wildermoth and A. J. Pearson. Hamilton, New Zealand.
Ellagic acid, an anti-oxidative suppressor of TGF-в1
prolongs anagen phase of murine hair follicles
W.-S. Park, D.-S. Sung, D.-K. Kim, C.-H. Lee and Y.-C. Shim. Yongin-si, Korea.
Hair cycle specific immunolocalization of retinoic acid
H. B. Everts, J. P. Sundberg, L. E. King Jr. and D.E. Ong. Nashville and Bar Harbor, USA.
The hair growth promoting effect of HEM-13/HDC, an oriental
herbal medicine, and its molecular regulation
Eun-Young Choi, Young-Jun Park and Myung-Hee Chung. Seoul, Korea.
Microphyllone isolated from Ehretia Microphylla suppresses
TGF-beta 1 MRNA expression in cultured mouse vibrissa
S. Oomizu, H. Suzuko and M. Hide. Hiroshima, Japan.
Hair cycles found in the lower fragments of vibrissal
follicles grafted beneath the kidney capsule
M. Lida, S. Ihara and T. Matsuzaki. Tottori and Matsue, Japan.
Localization of MYC/MAD1 protein in the hair follicle
during hair cycle
N. Saito, Y. Hamada and K. Katsuoka. Sagamihara, Japan.
Diversity of hair growth parameters: a worldwide study
G. Loussouarn, C. and El Rawadi- G. Genain. Clichy, France.
Inhibition of hair placode formation in mice with suppressed
NF-KB activity: the molecular mechanisms
R. Schmidt-Ullrich, D. Tobin, J. Huelsken, G. Pilnitz-Stolze, W. Birchmeier, R. Paus and C. Scheidereit. Berlin, Yorkshire, Epalinges, Lausanne and Hamburg, Germany, UK and Switzerland.
Variable expression of wound-healing markers in matched
sets of interfollicular and follicular fibroblast subtypes
R. Karoo, S. Kauser, W. L. Lam, J. M. Rawlings, D. T. Sharpe and D. J. Tobin. Bradford, UK.
Acquisition of autonomy of embryonic epidermis to differentiate
into adult-type epidermis is associated with its acquisition
of potency to respond to dermal messages for hair follicle-induction
M. Inamatsu, A. Makabe, T. Tochio, K. Toyoshima and K. Yoshizato. Hiroshima and Tokyo, Japan.
Comparison of hair-inducing ability between the upper
and the lower dermal papilla
M. Yamao, K.-E. Toyoshima, and K. Yoshizato. Hiroshima and Tokyo, Japan.
Hair induction by autologous transplantation of human
dermal papilla cells onto forehead scalp
K.-E. Toyoshima, A. Sato, M. Yamao, M. Inamatsu, T. Shimada and K. Yoshizato. Hiroshima and Tokyo, Japan.
Detection of EV-HPV DNA in hair follicles of different
ocalizations in transplanted patients vs. controls
T. Schmook, I. Nindl, A. Kцhler, S. Hezel, T. Meyer, W. Sterry and E. Stockfleth. Berlin and Hamburg, Germany.
The effect of coapplication of substance P and calcitonin
gene relatedpeptide on the human hair growth in vitro
E. Lee, S. Y. Jeon, T. H. Oh, S. Lee and W.-S. Lee. Wonju, Korea.
Human hair follicles display a functional equivalent
of the hypothalamic-pituitary-adrenal axis and synthesize
N. Ito, T. Ito, A. Kromminga, A. Bettermann, M. Takigawa, and R. Paus. Hamburg and Hamamatsu, Germany and Japan.
Neurokinin 1 receptor ligands modulate human hair follicle
cells responses and growth ex vivo
S. Lachgar, S. Metenier, S. Quibeuf and M. Charveron. Toulouse, France.
Induction of neuropeptides in skin innervating sensory
neurons by stress and nerve growth factor as a possiblereason
for hair growth alteration
A. Kuhlmei, Q.T. Dinh, E. M. J. Peters, J. Kandil, R. Paus, B. F. Klapp and P. C. Arck. Berlin and Hamburg, Germany.
Is the murine hair follicle both a melatonin target and
H. Kobayashi, T. W. Dunlop, B. Tychsen, F. Conrad, T. Ito, N. Ito, S. Aiba, C. Carlberg and R. Paus. Hamburg, Sendai and Kuopio, Germany, Japan and Finland.
The cutaneous vanilloid receptor-1 (VR1) is involved
in human hair growth control
E. Bodуrу, A. Telek, G. Czifra, Z. Griger, I. B. Tуth, J. Lбzбr, A. Meschalchin, T. Ito, A. Bettermann, P. Pertile, L. Kovбcs and R. Paus. Debrecen, Padova and Hamburg, Hungary, Italy and Germany.
Follicular and interfollicular fibroblasts differentially
express proopiomelanocortin peptides, receptors & processing
convertases in vitro and during the hair growth cycle
- implications for fibroblast topographic differentiation
S. Kauser, R. O. S. Karoo, M. Bцhm and D. J. Tobin. Bradford and Mьnster, UK and Germany.
Comparative immunophenotypology of the human hair and
T. Ito, N. Ito, M. Saathoff, A. Bettermann, M. Takigawa, B. J. Nickoloff and R. Paus. Hamburg, Hamamatsu and Chicago, Germany, Japan and USA.
Human vellus and terminal hair follicles both express
components of the POMC system
K. Stieler, A. Vogt, Z. Li, M. Bцhm and U. Blume-Peytavi. Berlin and Mьnster, Germany.
Characterization of Japanese senile grey hairs
R. Ideta, H. Iwaki, Y. Nakazawa, R. Toyama, T. Soma, A. Ishino, M. Tajima and K. Katsuoka. Yokohama and Sagamihara, Japan.
Role of thyroid hormone in repigmentation of terminal
hair and role of follicular melanocyte in hair cycle
P. Redondo, P. Lloret and J. del Olmo. Pamplona, Spain.
|Endocrinology, Hair Loss in Women|
Substantial sex-dependent differences in the response
of human scalp hair follicles to estrogen stimulation
in vitro advocate
gender-tailored management of female versus male pattern balding
F. Conrad, U. Ohnemus, B. Gerstmayer, A. Bosio, A. Bettermann, E. Bodo, R. Paus. Hamburg and Cologne, Germany.
Expression of androgen receptor, estrogen receptor alpha
and beta in dermal papilla cells compared with dermal
sheath cells and dermal fibroblasts in vitro
Oh Sang Kwon, Hyeon Gyeong Yoo, Ji Hyun Han, Jin Ho Chung, Kyu Han Kim, Hee Chul Eun and Kwang Hyun Cho. Seoul, Korea.
Melatonin down-regulates estrogen receptor expression
in murine skin and human scalp hair follicle in vitro
F. Conrad, H. Kobayashi, A. Bettermann, B. Tychsen and R. Paus. Hamburg, Germany.
Effects of prolactin on murine hair cycles are mediated
directly within the skin
A. J. Nixon, C. J. Ormandy, M. G. Ashby, K. Blazek and A. J. Pearson. Hamilton and Sydney, New Zealand and Australia.
Follicular miniaturisation in female pattern hair loss:
A. Messenger and R. Sinclair. Sheffield and Melbourne, UK and Australia.
Female pattern hair loss and skin androgen response
M. P. Birch, S. Agarwal, H. Lashen and A. G. Messenger. Sheffield, UK.
The halo project 1: an investigation of the psychological
impact of hair loss in women
S. Biondo and Francesca E. Collins. Caulfield, Australia.
The halo project 2: a proposed group psychological intervention
for women with hair loss
F. E. Collins and S. Biondo. Caulfield, Australia.
A study of subjective scalp hair changes and the correlation
to body hair distribution in the post menopausal woman
I. Ali, R. Dawber and F. Wojnarowska. Oxford, UK.
Alopecic patch associated with multiple piloleiomyomas
R. Croes, R. Luyckx, V. Meuleman, V. Winnepenninckx and J. van den Oord. Leuven, Belgium.
Cicatricial alopecia areata in African-American women:
clinical epidemiology and quality of life evaluation
A. J. McMichael, D. Peak, I. Roseborough and T. Lane. Winston-Salem, USA.
Study on the clinical aspects of androgens and corticoids
in the hair of patients with female-pattern hair loss
B.-L. Lew, W.-Y. Sim, H.-J. Bang, J.-A. Lee, B.-C. Chung and W.-Y. Lee. Seoul, Korea.
Minoxidil promotes hair growth in female androgenetic
alopecia by increasing hair diameter, the ratio of terminal/vellus
hairs, and the number of ki67-positive proliferating
hair follicle cells in horizontal scalp sections
R. E. Schopf and M. Bress. Mainz, Germany.
Subtle cutaneous manifestations in two young women with
G.-Y. Chen, H.-M. Sheu and W. Chen. Taichung, Tainan and Kaohsiung,Taiwan.