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Tissue References Search Tool

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Brain
Bovine
Bovine
Kanda, T. , Yoshino, H. , Ariga, T. , Yamawaki, M. and Yu, R.
Glycosphingolipid Antigens in Cultured Microvasular Bovine Brain Endothelial Cells: Sulfoglucuronosyl Paragloboside as a Target of Monoclonal IgM in Demyelinative Neuropathy ,
J Cell Biol
 126 (1) , 235 , 1994
Cells
Microvascular endothelial
Enzymes
Neutral Protease : 0.005%
Medium
Medium 199
Brain
Bovine
Bovine
Miller, D. , Audus, K. and Borchardt, R.
Application of Cultured Endothelial Cells of the Brain Microvasculature in the Study of the Blood-Brain Barrier ,
J Tiss Cul Meth
 14 , 217 , 1992
Cells
Endothelial
Enzymes
Neutral Protease : 0.125%
Medium
MEM
Brain
Bovine
Bovine
Audus, K. and Borchardt, R.
Characterization of an In Vitro Blood-Brain Barrier Model System for Studying Drug Transport and Metabolism ,
Pharm Res
 3 (2) , 81 , 1986
Cells
Endothelial
Enzymes
Medium
MEM
Brain
Human
Human
Rustenhoven, J. , Park Thomas, I. , Schweder, P. , Scotter, J. , Correia, J. , Smith, A. , Gibbons, H. , Oldfield, R. , Bergin, P. , Mee, E. , Faull, R. , Curtis, M. , Scott, G. and Dragunow, M.
Isolation of Highly Enriched Primary Human Microglia for Functional Studies. ,
Sci Rep
 6 , 19371 , 2016
Cells
Microglia
Enzymes
Neutral Protease : 10 u/ml
Papain : 2.5 u/ml
Medium
Hibernate A
Brain
Human
Human, 25-81 yr
Volovitz, I, Shapira, N. , Ezer, H. , Gafni, A. , Lustgarten, M. , Alter, T. , Ben-Horin, I. , Barzilai, O. , Shahar, T. , Kanner, A. , Fried, I. , Veshchev, I. , Grossman, R. and Ram, Z,
A Non-Aggressive, Highly Efficient, Enzymatic Method for Dissociation of Human Brain-Tumors and Brain-Tissues to Viable Single-Cells. ,
BMC Neurosci
 17 , 30 , 2016
Cells
Brain tumor
Enzymes
Neutral Protease : 0.11 u/ml
Hyaluronidase : 1,000 u/ml
Medium
HBSS
Brain
Human
Hussein, D. , Punjaruk, W. , Storer, L. , Shaw, L. , Othman, R. , Ottoman, R. , Peet, A. , Miller, S. , Bandopadhyay, G. , Heath, R. , Kumari, R. , Bowman, K. , Braker, P. , Rahman, R. , Jones, G. , Watson, S. and Lowe, J.
Pediatric Brain Tumor Cancer Stem Cells: Cell Cycle Dynamics, DNA Repair, and Etoposide Extrusion. ,
Neuro Oncol
 13 , 70-83 , 2011
Cells
Brain tumor
Enzymes
Medium
DMEM/F12
Brain
Mouse
Adult and neonatal
Calvo, Belen, Rubio, F. , Fernandez, M. and Tranque, P.
Dissociation of Neonatal and Adult Mice Brain for Simultaneous Analysis of Microglia, Astrocytes and Infiltrating Lymphocytes by Flow Cytometry. , IBRO Rep Vol. 8 , 36-47 , 2020
Cells
Microglia, astrocytes, lymphocytes
Enzymes
Collagenase Type 2 : 120 u/ml
Papain : 20 u/ml
Neutral Protease : 1.2 u/ml
Medium
EBSS
Brain
Rat
Rat, SD, one month old
Bowman, P. , Betz, A. , Ar, D. , Wolinsky, J. , Penney, J. , Shivers, R. and Goldstein, G.
Primary Culture of Capillary Endothelium From Rat Brain ,
In Vitro
 17 (4) , 353 , 1981
Cells
Capillary endothelium
Pericytes
Enzymes
Medium
Medium 199
Miscellaneous
Human

Human, 18-30 years

Pardo-Rodríguez, B. , Baraibar, A. , Manero-Roig, I. , Luzuriaga, J. , Salvador-Moya, J. , Polo, Y. , Basanta-Torres, R. , Unda, F. , Mato, S. , Ibarretxe, G. and Pineda, J.
Functional Differentiation of Human Dental Pulp Stem Cells into Neuron-like Cells Exhibiting Electrophysiological Activity. ,
Stem Cell Res Ther
 16 , 10 , 2025
Cells
Dental pulp stem cells
Enzymes
Medium
DMEM
Miscellaneous
Human
Human, 3-7 year
Salmon, B. , Bardet, C, Khaddam, M. Naji, J. , Coyac, B. , Baroukh, B. , Letourneur, F. , Lesieur, J. , Decup, F. , Le Denmat, D. , Nicoletti, A. , Poliard, A, Rowe, P. , Huet, E. , Vital, S. and Linglart, A.
MEPE-Derived ASARM Peptide Inhibits Odontogenic Differentiation of Dental Pulp Stem Cells and Impairs Mineralization in Tooth Models of X-linked Hypophosphatemia. ,
PLoS ONE
 8 , e56749 , 2013
Cells
Dental pulp stem cells
Enzymes
Medium
DMEM
Miscellaneous
Human
Human
Bonnamain, V. , Thinard, R. , Sergent-Tanguy, S. , Huet, P. , Bienvenu, G. , Naveilhan, P. , Farges, J. and Alliot-Licht, B.
Human Dental Pulp Stem Cells Cultured in Serum-Free Supplemented Medium. ,
Front Physiol
 4 , 357 , 2013
Cells
Dental pulp stem
Enzymes
Medium
DMEM/F12
Miscellaneous
Human
Human
Nakamura, T. , Endo, K. and Kinoshita, S.
Identification of Human Oral Keratinocyte Stem/Progenitor Cells by Neurotrophin Receptor p75 and the Role of Neurotrophin/p75 Signaling. ,
Stem Cells
 25 , 628-38 , 2007
Cells
Oral epithelial
Enzymes
Neutral Protease : 1.2 u/ml
Trypsin : 0.05%
Medium
PBS
Miscellaneous
Human
Smoot, D. , Sewchand, J. , Young, K. , Desbrodes, B. , Allen, C. and Naab, T.
A Method for Establishing Primary Cultures of Human Gastric Epithelial Cells ,
Meth Cell Sci
 22 , 133 , 2000
Cells
Gastric epithelial cells
Enzymes
Medium
L-15
Miscellaneous
Mouse
Mouse, embryonic
He, M. , Wu, B. , Ye, W. , Le, D. , Sinclair, A. , Padovano, V. , Chen, Y. , Li, K. , Sit, R. , Tan, M. , Caplan, M. , Neff, N. , Jan, Y. , Darmanis, S. and Jan, L.
Chloride Channels Regulate Differentiation and Barrier Functions of the Mammalian Airway. ,
Elife
 9 , 53085 , 2020
Cells
Trachea
Enzymes
Elastase : 0.1%
Trypsin : 0.125%
Medium
DMEM/F12
Miscellaneous
Mouse
Mouse
Bertoncello, I. and Williams, B.
Hematopoietic Stem Cell Characterization by Hoechst 33342 and Rhodamine 123 Staining. ,
Methods Mol Biol
 263 , 181 , 2004
Cells
Bone marrow
Enzymes
Medium
PBS
Miscellaneous
Rabbit
Rabbit, New Zealand, 8-10 week
Zhang, J. and Wang, J.
Characterization of Differential Properties of Rabbit Tendon Stem Cells and Tenocytes. ,
BMC Musculoskelet Disord
 11 , 10 , 2010
Cells
Tenocytes and tendon stem cells
Enzymes
Medium
DMEM
Miscellaneous
Rat
Rat, SD, 6-8 month
Zhou, B. , Zhou, Y. and Tang, K.
The Effects of Substance P on Pluripotent Tendon Cells: an In Vitro and In Vivo Study. ,
J Musculoskelet Neuronal Interact
 14 , 349-58 , 2014
Cells
Pluripotent tendon
Enzymes
Medium
DMEM

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.