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Tissue References Search Tool

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Pituitary
Bovine
Calf, male, less then 6 months old
Hassan, H. and Merkel, R.
Perifusion Model System to Culture Bovine Hypothalamic Slices In Series with Dispersed Anterior Pituitary Cells ,
In Vitro Cell Dev Biol
 30A , 435 , 1994
Cells
Pituitary
Enzymes
Collagenase : 0.3%
Medium
DMEM
Pituitary
Bovine
Bovine
Mason, W. and Ingram, C.
Techniques for Studying the Role of Electrical Activity in Control of Secretion by Normal Anterior Pituitary Cells , Vol. 124 , 207 , 1986
Cells
Pituitary
Enzymes
Collagenase : 0.1%
Medium
EBSS, CMF
Pituitary
Bovine
Bovine
Ferrara, N. , Goldsmith, P. , Fujii, D. and Weiner, R.
Culture and Characterization of Follicular Cells of the Bovine Anterior Pituitary and Pars Tuberalis , Vol. 124 , 245 , 1986
Cells
Follicular, anterior pituitary and pars tuberalis
Enzymes
Deoxyribonuclease I : 200 µg/ml
Medium
HBSS, CMF
Pituitary
Bovine
Calf, male, 1-6 week old
Ridgway, E. , Klibanski, A. , Marorana, M. , Milbury, P. , Kieffer, J. and Chin, W.
The Effect of Somatostatin on the Release of Thyrotropin and its Subunits from Bovine Anterior Pitituary Cells in Vitro ,
Endocrinology
 112 (6) , 1937 , 1983
Cells
Pitituary
Enzymes
Hyaluronidase : 0.1%
Medium
DMEM
Pituitary
Mouse
Mouse
Perez Millain, M. , Brinkmeier, M. , Mortensen, A. and Camper, S.
PROP1 Triggers Epithelial-Mesenchymal Transition-Like Process in Pituitary Stem Cells. ,
Elife
 5 , 2016
Cells
Pituitary
Enzymes
Medium
HBSS
Pituitary
Mouse
Mouse
Pyczek, J. , Buslei, R. , Schult, D. , Holsken, A. , Buchfelder, M. , Hess, I. , Hahn, H. and Uhmann, A.
Hedgehog Signaling Activation Induces Stem Cell Proliferation and Hormone Release in the Adult Pituitary Gland. ,
Sci Rep
 6 , 24928 , 2016
Cells
Pituitary
Enzymes
Medium
DMEM
Pituitary
Mouse
Mouse, male
Steveson Tami C, Ciccotosto Giuseppe D, Ma Xin-Ming, Mueller Gregory P, Mains Richard E, Eipper Betty A.
Menkes protein contributes to the function of peptidylglycine alpha-amidating monooxygenase ,
Endocrinology
 144 , 188-200 , 2003
Cells
Pituitary
Enzymes
Collagenase : 0.4%
Hyaluronidase : 0.1%
Trypsin : 0.3%
Medium
DMEM/Han's F12
Pituitary
Ovine
Ovine, adult
Xu Ruwei, Wang Qinling, Yan Ming, Hernandez Maria, Gong Changhong, Boon WahChin, Murata Yoko, Ueta Yoichi, Chen Chen.
Orexin-A augments voltage-gated Ca2+ currents and synergistically increases growth hormone (GH) secretion with GH-releasing hormone in primary cultured ovine somatotropes ,
Endocrinology
 143 , 4609-19 , 2002
Cells
Somatotropes
Enzymes
Medium
Medium 199
Pituitary
Rat
Rat, male, 12-15 week
Akieda-Asai, S. , Zaima, N. , Ikegami, K. , Kahyo, T, Yao, I. , Hatanaka, T. , Iemura, S. , Sugiyama, R. , Yokozeki, T. , Eishi, Y. , Koike, M. , Ikeda, K. , Chiba, T. , Yamaza, H. , Shimokawa, I. , Song, S. , Matsuno, A. , Mizutani, A. , Sawabe, M. Chao, N. and Tanaka, M.
SIRT1 Regulates Thyroid-Stimulating Hormone Release by Enhancing PIP5K gamma Activity through Deacetylation of Specific Lysine Residues in Mammals. ,
PLoS ONE
 5 , e11755 , 2010
Cells
Pituitary
Enzymes
Medium
DMEM
Pituitary
Rat
Rat, Wistar, male, 2 month old
Zhou, X. , De Schepper, J. , De Craemer, D. , Delhase, M. , Gys, G. , Smitz, J. and Hooghe-Peters, E.
Pituitary Growth Hormone Release and Gene Expression in Cafeteria-Diet-Induced Obese Rats ,
J Endocrinol
 159 , 165 , 1998
Cells
Pituitary
Enzymes
Trypsin : 0.1%
Medium
DMEM
Pituitary
Rat
Rat, SD, female, 200 - 250 g
D'Emden, M. and Wark, J.
Culture Requirements for Optimal Expression of 1,25-Dihydroxyvitamin D3-Enhanced Thyrotropin Secretion ,
In Vitro Cell Dev Biol
 27 , 197 , 1991
Cells
Anterior pituitary gland
Enzymes
Trypsin : 0.1%
Medium
EBSS, CMF
Pituitary
Rat
Rat
Wilfinger, W. , Larsen, W. , Downs, T. and Wilbur, D.
An In Vitro Model for Studies of Intercellular Communication in Cultured Rat Anterior Pituitary Cells ,
Tissue Cell
 16 (4) , 483 , 1984
Cells
Pituitary
Enzymes
Trypsin : 0.3 %
Medium
HEPES
Pituitary
Rat
Rat, SD, male, 250-450 g
Portanova, R. , Smith, D. and Sayers, G.
A Trypsin for the Preparation of Isolated Rat Anterior Pituitary ,
Proc Soc Exp Biol Med
 133 , 573 , 1970
Cells
Anterior pituitary
Enzymes
Trypsin : 0.25%
Medium
Krebs
Stem
Canine
23-33 kg
Williams, S. , Kosnik, P. , Kleinert, L. , Vossman, E. , Lye, K. and Shine, M.
Adipose Stromal Vascular Fraction Cells Isolated Using an Automated Point of Care System Improve the Patency of Expanded Polytetrafluoroethylene Vascular Grafts. ,
Tissue Eng Part A
 19 , 1295-302 , 2013
Cells
Stromal vascular
Enzymes
Collagenase : see reference
Medium
Media 199E
Stem
Canine
Canine
Park, S. , Seo, M. , Kim, H. and Kang, K.
Isolation and Characterization of Canine Amniotic Membrane-Derived Multipotent Stem Cells. ,
PLoS ONE
 7 , e44693 , 2012
Cells
Amniotic membrane MSC
Enzymes
Trypsin : 0.25%
Medium
LG-DMEM
Stem
Canine
Canine, 20-25 kg
Fischer, L. , McIlhenny, S. , Tulenko, T. , Golesorkhi, N. , Zhang, P. , Larson, R. , Lombardi, J. , Shapiro, I. and DiMuzio, P.
Endothelial Differentiation of Adipose-Derived Stem Cells: Effects of Endothelial Cell Growth Supplement and Shear Force. ,
J Surg Res
 152 , 157 , 2009
Cells
Adipose stem cells
Enzymes
Collagenase : see reference
Medium
Media-199
Stem
Equine
Equine
Vidal, M. , Robinson, S. , Lopez, M. , Paulsen, D. , Borkhsenious, O. , Johnson, J. , Moore, R. and Gimble, J.
Comparison of Chondrogenic Potential in Equine Mesenchymal Stromal Cells Derived from Adipose Tissue and Bone Marrow. ,
Vet Surg
 37 , 713 , 2008
Cells
Adipose derived stem cells
Enzymes
Medium
PBS
Stem
Equine
Equine, 1-5 year
Vidal, M. , Kilroy, G. , Lopez, M. , Johnson, J. , Moore, R. and Gimble, J.
Characterization of Equine Adipose Tissue-Derived Stromal Cells: Adipogenic and Osteogenic Capacity and Comparison with Bone Marrow-Derived Mesenchymal Stromal Cells. ,
Vet Surg
 36 , 613 , 2007
Cells
Adipose derived stem cells
Enzymes
Medium
PBS
Stem
Human
Human
Alstrup, T. , Eijken, M. , Bohn, A. , Moller, B. and Damsgaard, T.
Isolation of Adipose Tissue-Derived Stem Cells: Enzymatic Digestion in Combination with Mechanical Distortion to Increase Adipose Tissue-Derived Stem Cell Yield from Human Aspirated Fat. ,
Curr Protoc Stem Cell Biol
 48 , e68 , 2019
Cells
Adipose derived stem
Enzymes
Collagenase Type 4 : 150-300 u/ml
Medium
RPMI-1640
Stem
Human
Human
Yam, G. , Teo, E. , Setiawan, M. , Lovatt, M. , Yusoff, N. , Fuest, M. , Goh, B. and Mehta, J.
Postnatal Periodontal Ligament as a Novel Adult Stem Cell Source for Regenerative Corneal Cell Therapy. ,
J Cell Mol Med
 , 2018
Cells
Postnatal periodontal ligament
Enzymes
Medium
DMEM/F12
Stem
Human
Human
Matsumura, E. , Tsuji, K. , Komori, K. , Koga, H. , Sekiya, I. and Muneta, T.
Pretreatment with IL-1β Enhances Proliferation and Chondrogenic Potential of Synovium-Derived Mesenchymal Stem Cells. ,
Cytotherapy
 19 , 181-193 , 2017
Cells
Synovial mesenchymal stem
Enzymes
Collagenase : 0.3%
Medium
MEM
Stem
Human
Human
Clark, K. , Fierro, F. , Ko, E. , Walker, N. , Arzi, B. , Tepper, C. , Dahlenburg, H. , Cicchetto, A. , Koi, A. , Marsh, L. , Murphy, W. , Fazel, N. and Borjesson, D.
Human and Feline Adipose-Derived Mesenchymal Stem Cells Have Comparable Phenotype, Immunomodulatory Functions, and Transcriptome. ,
Stem Cell Res Ther
 8 , 69 , 2017
Cells
Adipose derived mesenchymal stem
Enzymes
Medium
PBS
Stem
Human
Human
de Witte, S. , Lambert, E. , Merino, A. , Strini, T. , Douben, H. , O'Flynn, L. , Elliman, S. , de Klein, A. , Newsome, P. , Baan, C. and Hoogduijn, M.
Aging of Bone Marrow- and Umbilical Cord-Derived Mesenchymal Stromal Cells During Expansion. ,
Cytotherapy
 19 , 798-807 , 2017
Cells
Umbilical cord mesenchymal stromal
Enzymes
Medium
MEM
Stem
Human
Human
Oppliger, B. , Joerger-Messerli, M. , Simillion, C. , Mueller, M. , Surbek, D. and Schoeberlein, A.
Mesenchymal Stromal Cells from Umbilical Cord Wharton's Jelly Trigger Oligodendroglial Differentiation in Neural Progenitor Cells Through Cell-to-Cell Contact. ,
Cytotherapy
 19 , 829-838 , 2017
Cells
Wharton jelly mesenchymal stromal
Enzymes
Collagenase Type 2 : 270 u/ml
Medium
DMEM/F12
Stem
Human
Human
Rigamonti, A. , Repetti, G. , Sun, C. , Price, F. , Reny, D. , Rapino, F. , Weisinger, K. , Benkler, C. , Peterson, Q. , Davidow, L. , Hansson, E. and Rubin, L.
Large-Scale Production of Mature Neurons from Human Pluripotent Stem Cells in a Three-Dimensional Suspension Culture System. ,
Stem Cell Reports
 6 , 993-1008 , 2016
Cells
Motor neurons
Enzymes
Papain : 20 u/ml
Medium
EBSS
Stem
Human
Human
Randelli, P. , Menon, A. , Ragone, V. , Creo P. , Alfieri, M. , Perucca, O. , Banfi, G. , Cabitza, P. , Tettamanti, G. and Anastasia, L.
Effects of the Pulsed Electromagnetic Field PST on Human Tendon Stem Cells: a Controlled Laboratory Study. ,
BMC Complement Altern Med
 16 , 293 , 2016
Cells
Tendon stem
Enzymes
Medium
MEM
Stem
Human
Human
Cheng, N. , Hsieh, T. , Lai, H. and Young, T.
High Glucose-Induced Reactive Oxygen Species Generation Promotes Stemness in Human Adipose-Derived Stem Cells ,
Cytotherapy
 18 , 371-83 , 2016
Cells
Adipose stem
Enzymes
Medium
DMEM/F12
Stem
Human
Human
Lim, J. , Razi, Z. , Law, J. , Nawi, A. , Idrus, R. and Ng, M.
MSCs can be Differentially Isolated From Maternal, Middle and Fetal Segments of the Human Umbilical Cord. ,
Cytotherapy
 18 , 1493-1502 , 2016
Cells
Wharton jelly mesenchymal stromal
Enzymes
Medium
DMEM
Stem
Human
Human
Mothe, A. and Tator, C.
Isolation of Neural Stem/Progenitor Cells from the Periventricular Region of the Adult Rat and Human Spinal Cord. ,
J Vis Exp
 , e52732 , 2015
Cells
Spinal cord neural progenitor
Enzymes
PDS kit : with modifications
Medium
EBSS
Stem
Human
Human
Wu, Z. , Wang, J. , Dong, R. , Wang, L. , Fan, Z. , Liu, D. and Wang, S.
Depletion of MEIS2 Inhibits Osteogenic Differentiation Potential of Human Dental Stem Cells. ,
Int J Clin Exp Med
 8 , 7220-30 , 2015
Cells
Dental mesenchymal stem
Enzymes
Medium
DMEM
Stem
Human
Human
Kusuma, G. , Menicanin, D. , Gronthos, S. , Manuelpillai, U. , Abumaree, M. , Pertile, M. , Brennecke, S. and Kalionis, B.
Ectopic Bone Formation by Mesenchymal Stem Cells Derived from Human Term Placenta and the Decidua. ,
PLoS ONE
 10 , e0141246 , 2015
Cells
Decidua mesenchymal stem
Enzymes
Medium
PBS
Stem
Human
Human
Satish, L. , Krill-Burger, J. , Gallo, P. , Etages, S. , Liu, F. , Philips, B. , Ravuri, S. , Marra, K. , LaFramboise, W. , Kathju, S. and Rubin, J.
Expression Analysis of Human Adipose-Derived Stem Cells During In Vitro Differentiation to an Adipocyte Lineage. ,
BMC Med Genomics
 8 , 41 , 2015
Cells
Adipose derived stem cells
Enzymes
Medium
HBSS
Stem
Human
Human
Charville, G. , Cheung, T. , Yoo, B. , Santos, P. , Lee, G. , Shrager, J. and Rando, T.
Ex Vivo Expansion and In Vivo Self-Renewal of Human Muscle Stem Cells. ,
Stem Cell Reports
 5 , 621 , 2015
Cells
Skeletal muscle stem
Enzymes
Collagenase Type 2 : 750 u/ml
Neutral Protease : 2 u/ml
Medium
Ham's F10
Stem
Human
Human
Lee, S. , Park, B. , Kim, J. , Jekarl, D. , Choi, H. , Lee, S. , Kim, M. , Kim, Y. and Park, M.
The Effect of Fibroblast Growth Factor on Distinct Differentiation Potential of Cord Blood-Derived Unrestricted Somatic stem Cells and Wharton's Jelly-Derived Mesenchymal Stem/Stromal Cells. ,
Cytotherapy
 17 , 1723-31 , 2015
Cells
Wharton jelly mesenchymal stem
Enzymes
Medium
PBS
Stem
Human
Human
Choudhery,M, Badowski, M, Muise, A. and Harris, D
Effect of Mild Heat Stress on the Proliferative and Differentiative Ability of Human Mesenchymal Stromal Cells. ,
Cytotherapy
 17 , 359-68 , 2015
Cells
Mesenchymal stromal
Enzymes
Medium
PBS
Stem
Human
Human
Najar, M, Rodrigues, R, Buyl, K, Branson, S, Vanhaecke, T, Lagneaux, L, Rogiers, V. and De Kock, J
Proliferative and Phenotypical Characteristics of Human Adipose Tissue-Derived Stem Cells: Comparison of Ficoll Gradient Centrifugation and Red Blood Cell Lysis Buffer Treatment Purification Methods. ,
Cytotherapy
 16 , 1220-8 , 2014
Cells
Mesenchymal stromal
Enzymes
Medium
PBS

Tissue Tables (references, grouped by tissue type and species)

Adipose/Fat
Adrenal
Bone
Brain
Cartilage
Colon
Endothelial
Epithelial
Eye
Heart
Intestine
Kidney
Liver
Lung
Lymph nodes
Mammary
Miscellaneous
Muscle
Neural
Organoids
Pancreas
Parotid
Pituitary
Prostate
Reproductive
Scales
Skin
Spleen
Stem
Thymus
Thyroid/Parathyroid
Tonsil
Tumor
Note: We have not limited the references listed to only those papers using Worthington enzymes. Generally speaking, the tissue dissociation enzymes offered by Worthington can be used interchangeably for most preparations cited.