Resultat Typ

Sie suchten nach: PMA (Propidium monoazide)

6  Ergebnisse wurden gefunden

Time Lapse Imaging to Enhance Live Cell Assay Development | Molecular Devices

Time Lapse Imaging to Enhance Live Cell Assay Development | Molecular Devices Benefits • Use pre-designed application modules or user-created custom modules for image analysis • Decrease analysis times by up to 40X with parallel image processing •...

~~Time Lapse Imaging to Enhance Live Cell Assay Development | Molecular Devices~~

Time Lapse Imaging to Enhance Live Cell Assay Development | Molecular Devices Benefits • Use pre-designed application modules or user-created custom modules for image analysis • Decrease analysis times by up to 40X with parallel image processing •...

Time Lapse Imaging to Enhance Live Cell Assay Development | Molecular Devices

Time Lapse Imaging to Enhance Live Cell Assay Development | Molecular Devices Benefits • Use pre-designed application modules or user-created custom modules for image analysis • Decrease analysis times by up to 40X with parallel image processing •...

Time Lapse Imaging to Enhance Live Cell Assay Development | Molecular Devices

Time Lapse Imaging to Enhance Live Cell Assay Development | Molecular Devices Benefits • Use pre-designed application modules or user-created custom modules for image analysis • Decrease analysis times by up to 40X with parallel image processing •...

~~Time Lapse Imaging to Enhance Live Cell Assay Development | Molecular Devices~~

Time Lapse Imaging to Enhance Live Cell Assay Development | Molecular Devices Benefits • Use pre-designed application modules or user-created custom modules for image analysis • Decrease analysis times by up to 40X with parallel image processing •...

Time Lapse Imaging to Enhance Live Cell Assay Development | Molecular Devices

Time Lapse Imaging to Enhance Live Cell Assay Development | Molecular Devices Benefits • Use pre-designed application modules or user-created custom modules for image analysis • Decrease analysis times by up to 40X with parallel image processing •...