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Search results for the GEO ID: GSE3419
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GSM ID
GPL ID
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Title
Source name
Description
Characteristics
GSM77091
GPL96
Human Hair Follicle Bulge#1 Human scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. per Affymetrix protocol
GSM77091
GPL96
Human Hair Follicle Bulge#1 Human scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. per Affymetrix protocol
GSM77092
GPL96
Human Hair Follicle Sub-Bulge#1 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77092
GPL96
Human Hair Follicle Sub-Bulge#1 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77093
GPL96
Human Hair Follicle Bulge#2 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77093
GPL96
Human Hair Follicle Bulge#2 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77094
GPL96
Human Hair Follicle Sub-bulge#2 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77094
GPL96
Human Hair Follicle Sub-bulge#2 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77095
GPL96
Human Hair Follicle Bulge#3 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77095
GPL96
Human Hair Follicle Bulge#3 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77096
GPL96
Human Hair Follicle Sub-bulge#3 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77096
GPL96
Human Hair Follicle Sub-bulge#3 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77097
GPL96
Human Hair Follicle Bulge#4 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77097
GPL96
Human Hair Follicle Bulge#4 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77098
GPL96
Human Hair Follicle Sub-bulge#4 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77098
GPL96
Human Hair Follicle Sub-bulge#4 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77099
GPL96
Human Hair Follicle Upper-Bulge#4 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77099
GPL96
Human Hair Follicle Upper-Bulge#4 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77100
GPL96
Human Hair Follicle Inner-Bulge#4 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77100
GPL96
Human Hair Follicle Inner-Bulge#4 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77101
GPL96
Human Hair Follicle Suprabulbar#4 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77101
GPL96
Human Hair Follicle Suprabulbar#4 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77102
GPL96
Human Hair Follicle Bulge#5 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77102
GPL96
Human Hair Follicle Bulge#5 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77103
GPL96
Human Hair Follicle Sub-bulge#5 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77103
GPL96
Human Hair Follicle Sub-bulge#5 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77104
GPL96
Human Hair Follicle Upper-Bulge#5 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77104
GPL96
Human Hair Follicle Upper-Bulge#5 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77105
GPL96
Human Hair Follicle Inner-Bulge#5 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77105
GPL96
Human Hair Follicle Inner-Bulge#5 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77106
GPL96
Human Hair Follicle Suprabulbar#5 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
GSM77106
GPL96
Human Hair Follicle Suprabulbar#5 Human Scalp Transverse frozen sections of human scalp were made. After precisely defining the different anatomical locations of individual hair follicles, laser capture microdissection was used to isolate the desired hair follicle cells. Affymetrix protocol
 
 
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