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| Type | Category | Supplier | ||
|---|---|---|---|---|
 | Human Serum Albumin, ultra pure, recombinant. For serum-free and chemically defined cell culture media. Perfect stabilizer for stock solutions of recombinant proteins. | |||
Documents | Cell Culture Tools | |||
 | Inflammasomes are protein complexes present in the cytosol that activate Caspase 1 (CASP1) leading to induction of pro-inflammatory cytokines and pyroptosis (caspase-1 mediated, inflammatory cell death). Understanding the activation, and in contrast the inhibition of inflammasome triggering events can lead to the development of more effective treatments for disorders and diseases including autoimmune diseases, obesity, and infectious diseases. | |||
Documents | Inflammation | ProSci | ||
 | Cloud-Clone provides products for the use in cardiovascular research. | |||
Documents | Cardiovascular | Cloud-Clone Corp. | ||
 | Collagen is the most abundant protein in mammals. It is the major structural component of almost all organs and tissues. Excessive collagen remodeling is associated in a variety of chronic pathological conditions, such as cancer, arthritis, and fibrosis. | |||
Documents | Proteins | 3Helix | ||
 | Collagen is the most abundant protein in mammals. It is the major structural component of almost all organs and tissues. Excessive collagen remodelling is associated in a variety of chronic pathological conditions, such as cancer, arthritis, and fibrosis. | |||
Documents | Proteins | 3Helix | ||
 | iXCells: Dependable source of high-quality immune cells to enable preclinical research in Cancer, Autoimmune, Aging, Infectious Disease, and Immunotherapies | |||
Documents | Primary Cells | iXCells Biotechnologies | ||
 | iXCells Products and services designed to empower researchers with innovative solutions that accelerate drug discovery workflows with a focus on disease relevant cellular models: Adipose Cells, Dermal Cells, Hepatic & Renal Cells, Immune Cells, Vascular Cells, Disease Specific Cells. | |||
Documents | Primary Cells | iXCells Biotechnologies | ||
 | iXCells help clients advance drug discovery projects through custom-fit services. Work with your own iPSC lines or leverage iXCells assistance in sourcing an ideal line for your project. | |||
Documents | iPSC | iXCells Biotechnologies | ||
 | Unlock the potential of induced pluripotent stem cells. At iXCells, each new product and service is designed to empower researchers with innovative solutions that accelerate drug discovery workflows, with a focus on neurodegenerative / CNS disease models. | |||
Documents | iPSC | iXCells Biotechnologies | ||
 | iXCells Products and services designed to empower researchers with innovative solutions that accelerate drug discovery workflows with a focus on disease relevant cellular models: Induced Pluripotent Stem (iPS) Cells, Genome Editing, Targeted Differentiation, Primary Cell Isolation, Integration Free Reprogramming. | |||
Documents | iPSC | iXCells Biotechnologies | ||
 | Lifeline’s Normal Human Skin Cell Systems and optimized Media provide ideal culture models for your critical research of wound healing, skin cancer, burn therapy, dermatological disorders, toxicology, and the screening of cosmetics and skin care products. Additionally, our Xeno-Free Fibroblast cells can be used to establish Xeno-Free human feeder layers for stem cells. | |||
Documents | Primary Cells | Lifeline Cell Technology | ||
 | Lifeline’s Male Reproductive Cells, when grown in Lifeline brand culture media, provide excellent in vitro models for the study of male reproductive biology. Lifeline’s Male Reproductive Cell Systems can be used as normal controls for cancer cell studies. These products are also ideal for the study of androgen receptors and prostate cellular proliferation; the study of reproductive cell morphogenesis; and for cytotoxicity and drug discovery studies. | |||
Documents | Primary Cells | Lifeline Cell Technology | ||
 | Lifeline’s Human Lung Cells, when grown in Lifeline brand culture medium, provide ideal culture models for the study of pulmonary diseases such as Asthma, COPD, Cystic Fibrosis, Lung Cancer, as well as the effects of smoking on respiratory health. | |||
Documents | Primary Cells | Lifeline Cell Technology | ||
 | Lifeline’s Normal Human Dermal Fibroblasts have been validated for their ability to become Induced Pluripotent Stem Cells (iPS). Neonatal Fibroblast Cells, LOT # 00866, can be transduced with lentiviral vectors with very high efficiencies. | |||
Documents | Primary Cells | Lifeline Cell Technology | ||
 | Lifeline provides Mesenchymal Stem Cells from different anatomical sites. HMSC-Ad are isolated from adipose tissue. HMSC-BM are isolated from bone marrow tissue. HMSC-WJ are isolated from Wharton’s Jelly of the umbilical cord. HMSC-Pre-Adipocyte are isolated from mature adipocytes. | |||
Documents | Primary Cells | Lifeline Cell Technology | ||
 | Lifeline’s Normal Human Fibroblast Cells, when grown in Lifeline brand culture medium, provide ideal cell system to study wound healing, toxicology, cancer, or basic cell biology in various organs including skin, lung, bladder, and the reproductive systems. Our normal Human Fibroblasts can also be used for drug screening, drug development, and genome editing applications. Additionally, our fibroblasts are ideal for establishing serum free human feeder layers for human embryonic stem cells (ESCs), induced pluripotent stem cells (iPSCs), and other cell culture applications requiring feeder layers. | |||
Documents | Primary Cells | Lifeline Cell Technology | ||
 | Lifeline’s Normal Human Female Reproductive Cells, when grown in Lifeline brand culture medium, provide ideal in vitro models for uterine contraction and relaxation studies; uterine, cervical, Fallopian tube, and vaginal cancer studies; general reproductive biology studies; and specific responses to oestrogen and other female reproductive hormones. | |||
Documents | Primary Cells | Lifeline Cell Technology | ||
 | Lifeline’s Normal Human Endothelial Cells provide an ideal cell system to study angiogenesis, cancer, wound healing, atherosclerosis, inflammation, or vascular biology. Additionally, these cells can also be used for drug development or screening. | |||
Documents | Primary Cells | Lifeline Cell Technology | ||
 | Lifeline’s Bladder Cells are cryopreserved at the end of secondary culture to ensure the highest viability and plating efficiency. Our Bladder Apex Epithelial Cells and Bladder Dome Epithelial Cells are cultured in UroLife™ Medium. | |||
Documents | Primary Cells | Lifeline Cell Technology | ||
 | Our NEW GroPro is a convenient, ready-to-use HPL formulation that can be used at the same supplementation percentages as FBS in traditional cultures. Replacing bovine serum with HPL and GroPro allows for culturing of primary cells and cell lines with out the concern for transmission of bovine prions and xenogeneic reactions. | |||
Documents | Cell Culture Tools | ZenBio | ||
 | Collagen provides a scaffold for cell attachment differentiation, proliferation, and migration. | |||
Documents | Cell Culture Tools | ZenBio | ||
 | Zen-Bio is your source for Human Blood Cell Sub-populations. We offer a variety of different cells types isolated by immunomagnetic selection from whole blood, cord blood, and leukopaks to meet your research needs. | |||
Documents | Human Blood Products | ZenBio | ||
 | Zen-Bio is your source for Human Blood Products. We can supply various components to meet your research needs, including custom collections and diverse donor parameters. All of our blood products are collected according to FDA guidelines and are fully pathogen tested. | |||
Documents | Human Blood Products | ZenBio | ||
 | Their unique characteristics give them the capability to bind to multiple epitopes of a single antigen. This makes polyclonal antibodies a flexible and reliable tool for researchers and developers of diagnostic assays. ProScis Custom Antibody Services Team has over 24 years experience in designing, developing, and purifying polyclonal, monoclonal, and recombinant antibodies. | |||
Documents | Antibodies | ProSci | ||
 | Poxviruses are viruses from the Poxviridae family. This family of viruses includes several types of infectious viruses that affect both humans and animals. One of the most recognized viruses in Poxviridae is smallpox which has been mostly eradicated with the use of vaccines, while other strains such as the monkeypox virus have been spreading in countries around the world. Many viruses in the Poxviridae family have genetic similarities which allows many of the same research tools to be used on multiple viral species. | |||
Documents | Virology | ProSci | ||