Saltar al contenido
  • 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: diciembre 2022

proyecto osasunberri

El proyecto “OSASUNBERRI”, ha sido financiado por el Gobierno Vasco-Eusko Jaurlaritza

Sin categorizarPor Innoprot12/22/2022

El proyecto OSASUNBERRI ha sido financiado por el Gobierno Vasco dentro del Plan 2022. Osasunberri es una iniciativa formada por 27 entidades que aportan su conocimiento y talento para fortalecer la cadena de valor del sector de la salud. El objetivo del proyecto es construir un sector de la salud cercano, eficaz e integral en…

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