Saltar al contenido
  • ENG
  • CAS
(+34) 94 400 53 55innoprot@innoprot.com
  • Mi cuenta
My Account - CAS
 0

Ver CarritoFinalizar compra

  • No hay productos en el Carrito.

Subtotal: 0,00€

Ver CarritoFinalizar compra

Innoprot
Speeding up drug discovery
Innoprot
  • Innoprot
    • Presentación
    • Colaboraciones
    • Proveedores
    • Distribuidores
  • Ensayos
    • Diana Terapéutica
      • GPCR
        • Adenosine Receptors
        • Adrenergic Receptors
        • Bombesin Receptors
        • Bradykinin Receptors
        • Calcitonin Receptors
        • Cannabinoid Receptors
        • Chemokine Receptors
        • Cholecystokinin Receptors
        • Dopamine Receptors
        • Corticotropin-releasing factor receptors
        • Endothelin Receptors
        • Vasopressin Receptors
        • Formylpeptide receptors
        • Glucagon Receptors
        • Glycoprotein hormone receptors
        • Gonadotrophin-releasing hormone receptors
        • Histamine Receptors
        • Lysophospholipid (LPA) receptors
        • Lysophospholipid (S1P) receptors
        • Melanocortin receptors
        • Muscarinic Receptors
        • Neurotensin receptors
        • Opioid Receptors
        • Oxytocin receptors
        • PACAP receptors
        • Prostanoid Receptors
        • Proteinase-activated receptors
        • Serotonin Receptors
        • Somatostatin Receptors
        • Tachykinin receptors
        • Thyrotropin-releasing hormone receptors
        • Urotensin receptors
        • Vasoactive intestinal peptide receptors
      • NHR
    • Área terapéutica
      • Oncología
      • Ischemic stroke
      • FibrosisInnoprot in vitro fibrosis models enable the study of fibrosis-related parameters in response to drug treatment such as; TGF-β/Smad3, fibronectin expression, alpha-SMA expression or collagen expression. Additionally, our TGF-β induced fibrosis assays enable the identification of potential inhibitors; such as the specific TGF-β type I receptor (Alk5) inhibitor, known as SB525334.
      • CNS
      • Cardiovascular
      • Alzheimer
      • Parkinson
      • ALS
      • Inflamación
      • Reproductivo
      • Respiratorio
      • Dolor
      • Dermatología
      • Biosimilares
      • Metabolismo óseo
      • Diabetes
    • Toxicidad
      • Órgano-Específico
    • Fenotípica
      • Estudios de Comportamiento Celular
      • Análisis de Daño Celular
      • Modelos de enfermedad
  • Servicios
    • Desarrollo de la línea celular
    • Clonación de ADN & expresión de proteínas
    • Servicio de interacción de proteínas
  • Productos
    • Células Animales Primarias
      • Cardiac Cell System
      • Dermal Cell System
      • Hepatic Cell System
      • Neural Cell System
      • Ocular Cell System
      • Pulmonary Cell System
      • Renal Cell System
      • Skeletal Cell System
    • Medios de Cultivo Celular & Reactivos
      • Cell Culture Reagents
      • Cryopreservation Medium
      • Differentiation Media
      • Hypothermic storage and shipping media
      • Low-Serum Media
      • PriGrow Medium Kits
      • Pro-Conditioned Media
      • Serum-Free Media
    • Kits de Ensayo Clásicos basados en Células
      • Cations & Anions Determination Kits
      • Enzyme Activity Determination Kits
      • Kits for Cell Analysis
      • Oxidative Stress
    • GPCR Cell Lines
      • Adenosine Receptors
        • ADORA1
        • ADORA2A
        • ADORA2B
        • ADORA3
      • Adrenergic Receptors
        • ADRA1B
        • ADRA1A
        • ADRB2
        • ADRB3
      • Vasopressin
        • AVPR1A
      • Bradykinin Receptors
        • BDKR1
        • BDKR2
      • Calcitonin Receptors
        • CALCR
      • Cannabinoid Receptors
        • CB1
        • CB2
      • Cholecystokinin Receptors
        • CCKAR
        • CCKBR
      • Chemokine Receptors
        • CXCR2
      • Opioid
        • DOR
        • KOR
      • Dopamine Receptors
        • DRD1
        • DRD2
        • DRD3
        • DRD5
      • Endothelin Receptors
        • EDNRA
        • EDNRB
      • Formylpeptide receptors
        • FPR2/ALX
      • Glycoprotein hormone receptors
        • FSHR
        • LHCGR
        • TSHR
      • Glucagon Receptors
        • GIPR
        • GLP1R
        • GLP2R
      • Bombesin Receptors
        • GRPR
      • Gonadotrophin-releasing hormone receptors
        • GNRHR
      • Histamine Receptors
        • HRH1
      • Serotonin Receptors
        • HTR2A
        • HTR2C
      • Lysophospholipid (LPA) receptors
        • LPA3
      • Muscarinic Receptors
        • M1 (CHRM1)
        • M3 (CHRM3)
        • M4 (CHRM4)
        • M5 (CHRM5)
      • Melanocortin receptors
        • MC4R
      • Neurotensin receptors
        • NTSR1
      • Oxytocin receptors
        • OXTR
      • PACAP receptors
        • PAC1
      • Proteinase-activated receptors
        • PAR2
      • Prostanoid Receptors
        • PTGER1
        • PTGER2
        • PTGER4
        • PTGFR
      • Lysophospholipid (S1P) receptors
        • S1P1R
        • S1P3R
      • Somatostatin
        • SSTR2
        • SSTR3
        • SSTR5
      • Tachykinin receptors
        • TACR1 (NK1)
        • TACR2 (NK2)
        • TACR3 (NK3)
      • Thyrotropin-releasing hormone receptors
        • TRH1
      • Urotensin receptors
        • UTS2R
      • Vasoactive intestinal peptide receptors
        • VIPR1
        • VIPR2
    • Human Primary Cells
      • Adipose Cell System
      • Cardiac Cell System
      • Dermal Cell System
      • Endocrine Cell System
      • Gastrointestinal Cell System
      • Hematopoietic Cell System
      • Hepatic Cell System
      • Lymphatic Cell System
      • Mammary Cell System
      • Neural Cell System
      • Ocular Cell System
      • Oral Cell System
      • Ovarian Cell System
      • Pancreas Cell System
      • Peripheral Blood Cell System
      • Prostate Cell System
      • Pulmonary Cell System
      • Renal Cell System
      • Reproductive cell System
      • Skeletal Cell System
      • Skeletal Muscle Cell System
      • Spleen Cell System
      • Thyroid Cell System
      • Tonsil Cell System
      • Umbilical Cord Cell System
      • Urethral Cell System
    • Stable Cell Lines
      • Immortalized Human Primary Cells
      • Nuclear Translocation Assays Cell Lines (HCS)
      • Stable cell lines for apoptosis assays (HCS)
      • Stable Cell Lines for CNS Research
      • Stable Cell Lines for Drug Screening in CNS
    • Whole Fluorescent Cell Lines
      • Fluorescent Immortalized Primary Cells
      • Green Fluorescent Cell Lines
      • Red Fluorescent Cell Lines
      • TTFLUOR Primary Cells
  • Tecnología
  • Noticias
  • Contacto
  • Innoprot
    • Presentación
    • Colaboraciones
    • Proveedores
    • Distribuidores
  • Ensayos
    • Diana Terapéutica
      • GPCR
        • Adenosine Receptors
        • Adrenergic Receptors
        • Bombesin Receptors
        • Bradykinin Receptors
        • Calcitonin Receptors
        • Cannabinoid Receptors
        • Chemokine Receptors
        • Cholecystokinin Receptors
        • Dopamine Receptors
        • Corticotropin-releasing factor receptors
        • Endothelin Receptors
        • Vasopressin Receptors
        • Formylpeptide receptors
        • Glucagon Receptors
        • Glycoprotein hormone receptors
        • Gonadotrophin-releasing hormone receptors
        • Histamine Receptors
        • Lysophospholipid (LPA) receptors
        • Lysophospholipid (S1P) receptors
        • Melanocortin receptors
        • Muscarinic Receptors
        • Neurotensin receptors
        • Opioid Receptors
        • Oxytocin receptors
        • PACAP receptors
        • Prostanoid Receptors
        • Proteinase-activated receptors
        • Serotonin Receptors
        • Somatostatin Receptors
        • Tachykinin receptors
        • Thyrotropin-releasing hormone receptors
        • Urotensin receptors
        • Vasoactive intestinal peptide receptors
      • NHR
    • Área terapéutica
      • Oncología
      • Ischemic stroke
      • FibrosisInnoprot in vitro fibrosis models enable the study of fibrosis-related parameters in response to drug treatment such as; TGF-β/Smad3, fibronectin expression, alpha-SMA expression or collagen expression. Additionally, our TGF-β induced fibrosis assays enable the identification of potential inhibitors; such as the specific TGF-β type I receptor (Alk5) inhibitor, known as SB525334.
      • CNS
      • Cardiovascular
      • Alzheimer
      • Parkinson
      • ALS
      • Inflamación
      • Reproductivo
      • Respiratorio
      • Dolor
      • Dermatología
      • Biosimilares
      • Metabolismo óseo
      • Diabetes
    • Toxicidad
      • Órgano-Específico
    • Fenotípica
      • Estudios de Comportamiento Celular
      • Análisis de Daño Celular
      • Modelos de enfermedad
  • Servicios
    • Desarrollo de la línea celular
    • Clonación de ADN & expresión de proteínas
    • Servicio de interacción de proteínas
  • Productos
    • Células Animales Primarias
      • Cardiac Cell System
      • Dermal Cell System
      • Hepatic Cell System
      • Neural Cell System
      • Ocular Cell System
      • Pulmonary Cell System
      • Renal Cell System
      • Skeletal Cell System
    • Medios de Cultivo Celular & Reactivos
      • Cell Culture Reagents
      • Cryopreservation Medium
      • Differentiation Media
      • Hypothermic storage and shipping media
      • Low-Serum Media
      • PriGrow Medium Kits
      • Pro-Conditioned Media
      • Serum-Free Media
    • Kits de Ensayo Clásicos basados en Células
      • Cations & Anions Determination Kits
      • Enzyme Activity Determination Kits
      • Kits for Cell Analysis
      • Oxidative Stress
    • GPCR Cell Lines
      • Adenosine Receptors
        • ADORA1
        • ADORA2A
        • ADORA2B
        • ADORA3
      • Adrenergic Receptors
        • ADRA1B
        • ADRA1A
        • ADRB2
        • ADRB3
      • Vasopressin
        • AVPR1A
      • Bradykinin Receptors
        • BDKR1
        • BDKR2
      • Calcitonin Receptors
        • CALCR
      • Cannabinoid Receptors
        • CB1
        • CB2
      • Cholecystokinin Receptors
        • CCKAR
        • CCKBR
      • Chemokine Receptors
        • CXCR2
      • Opioid
        • DOR
        • KOR
      • Dopamine Receptors
        • DRD1
        • DRD2
        • DRD3
        • DRD5
      • Endothelin Receptors
        • EDNRA
        • EDNRB
      • Formylpeptide receptors
        • FPR2/ALX
      • Glycoprotein hormone receptors
        • FSHR
        • LHCGR
        • TSHR
      • Glucagon Receptors
        • GIPR
        • GLP1R
        • GLP2R
      • Bombesin Receptors
        • GRPR
      • Gonadotrophin-releasing hormone receptors
        • GNRHR
      • Histamine Receptors
        • HRH1
      • Serotonin Receptors
        • HTR2A
        • HTR2C
      • Lysophospholipid (LPA) receptors
        • LPA3
      • Muscarinic Receptors
        • M1 (CHRM1)
        • M3 (CHRM3)
        • M4 (CHRM4)
        • M5 (CHRM5)
      • Melanocortin receptors
        • MC4R
      • Neurotensin receptors
        • NTSR1
      • Oxytocin receptors
        • OXTR
      • PACAP receptors
        • PAC1
      • Proteinase-activated receptors
        • PAR2
      • Prostanoid Receptors
        • PTGER1
        • PTGER2
        • PTGER4
        • PTGFR
      • Lysophospholipid (S1P) receptors
        • S1P1R
        • S1P3R
      • Somatostatin
        • SSTR2
        • SSTR3
        • SSTR5
      • Tachykinin receptors
        • TACR1 (NK1)
        • TACR2 (NK2)
        • TACR3 (NK3)
      • Thyrotropin-releasing hormone receptors
        • TRH1
      • Urotensin receptors
        • UTS2R
      • Vasoactive intestinal peptide receptors
        • VIPR1
        • VIPR2
    • Human Primary Cells
      • Adipose Cell System
      • Cardiac Cell System
      • Dermal Cell System
      • Endocrine Cell System
      • Gastrointestinal Cell System
      • Hematopoietic Cell System
      • Hepatic Cell System
      • Lymphatic Cell System
      • Mammary Cell System
      • Neural Cell System
      • Ocular Cell System
      • Oral Cell System
      • Ovarian Cell System
      • Pancreas Cell System
      • Peripheral Blood Cell System
      • Prostate Cell System
      • Pulmonary Cell System
      • Renal Cell System
      • Reproductive cell System
      • Skeletal Cell System
      • Skeletal Muscle Cell System
      • Spleen Cell System
      • Thyroid Cell System
      • Tonsil Cell System
      • Umbilical Cord Cell System
      • Urethral Cell System
    • Stable Cell Lines
      • Immortalized Human Primary Cells
      • Nuclear Translocation Assays Cell Lines (HCS)
      • Stable cell lines for apoptosis assays (HCS)
      • Stable Cell Lines for CNS Research
      • Stable Cell Lines for Drug Screening in CNS
    • Whole Fluorescent Cell Lines
      • Fluorescent Immortalized Primary Cells
      • Green Fluorescent Cell Lines
      • Red Fluorescent Cell Lines
      • TTFLUOR Primary Cells
  • Tecnología
  • Noticias
  • Contacto

Archivos por mes: septiembre 2017

FOTO-CELL

What’s New At Innoprot – Fluorescent tau SH-SY5Y Cell Lines

Sin categorizarPor Desarrollo09/28/2017

A novel family of cell lines have been developed through stable transfection with different fluorescent isoforms of tau protein and mutants. Each cell line is stably‐transfected and it is ready to use in cell‐based assay applications. These stably transfected cell lines provide consistent levels of tau expression, which helps to simplify the interpretation of the…

PHOTO-CELL-LINE

What’s New At Innoprot – September 2.017

Sin categorizarPor Desarrollo09/05/2017

The next products have been recently launched: Stable Cell Lines for GPCR Screening: P70545 – M4 cAMP-Nomad Cell Line P70203 – GLP1R cAMP-Nomad Cell Line P70514 – GLP2R cAMP-Nomad Cell Line Primary Cells: P10627 – Mouse Renal Tubular Epithelial Cells P10427 – Mouse Aortic Endothelial Cells

Productos
  • Células Animales Primarias
  • Medios de Cultivo Celular & Reactivos
  • Kits de Ensayo Clásicos basados en Células
  • Líneas celulares GPCR
  • Células Primarias Humanas
  • Líneas Celulares Estables
  • Líneas celulares fluorescentes enteras
Assays
  • Diana Terapéutica
  • Área terapéutica
  • Toxicidad
  • Fenotípica
Servicios
  • Desarrollo de la línea celular
  • Clonación de ADN & expresión de proteínas
  • Servicio de interacción de proteínas
Innoprot

Parque Tecnológico de Bizkaia
Edificio 502, Primera Planta
48160 – Derio – Bizkaia
Spain

Phone:  +34 944005355
Fax:  +34 946579925

E-mail: innoprot@innoprot.com

©2023 - Innoprot | Todos los derechos reservados | Diseñado por Frikitek | Aviso Legal | Política de privacidad | Política de cookies

Ir a Tienda
We use our own and third party cookies. If you continue browsing we consider you accept the use of cookies.
Accept