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Life sciences encompass a diverse range of scientific disciplines focused on the study of living organisms and their interactions with the environment. From basic life sciences (such as cell biology, genetics, immunology, and microbiology) to applied life sciences (such as disease research, multi-omics, and biotechnology), this broad field explores the fundamental processes of life and drives advancements in disease research, patient care, and our overall understanding of living organisms. Discover the endless possibilities of life sciences and their impact on shaping a healthier and more sustainable world.

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PathDetect pCRE-Luc Plasmid

Agilent Technologies

The PathDetect Signal Transduction Pathway cis-Reporting Systems are designed for simple, rapid, and convenient assessment of the in vivo activation of signal transduction pathways. There are a series of inducible reporter plasmids that contain the luciferase reporter gene driven by a basic promoter element (TATA box) plus a defined inducible cis-enhancer element. Identify pathway-specific transcription activation Easier,…

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PathDetect pFA-ATF2 Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pFA-cFos Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pFA-CHOP Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pFA-CMV Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pFA-CREB Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pFA-Elk1 Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pFA-Jun Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pFC2-dbd Trans-Reporter Control Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pFC-MEK1 Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pFC-MEK3 Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pFC-MEKK Control Plasmid

Agilent Technologies

The PathDetect Signal Transduction Pathway cis-Reporting Systems are designed for simple, rapid, and convenient assessment of the in vivo activation of signal transduction pathways. There are a series of inducible reporter plasmids that contain the luciferase reporter gene driven by a basic promoter element (TATA box) plus a defined inducible cis-enhancer element. Identify pathway-specific transcription activation Easier,…

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PathDetect pFC-p53 Plasmid

Agilent Technologies

The PathDetect Signal Transduction Pathway cis-Reporting Systems are designed for simple, rapid, and convenient assessment of the in vivo activation of signal transduction pathways. There are a series of inducible reporter plasmids that contain the luciferase reporter gene driven by a basic promoter element (TATA box) plus a defined inducible cis-enhancer element. Identify pathway-specific transcription activation Easier,…

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PathDetect pFC-PKA Control Plasmid

Agilent Technologies

The PathDetect Signal Transduction Pathway cis-Reporting Systems are designed for simple, rapid, and convenient assessment of the in vivo activation of signal transduction pathways. There are a series of inducible reporter plasmids that contain the luciferase reporter gene driven by a basic promoter element (TATA box) plus a defined inducible cis-enhancer element. Identify pathway-specific transcription activation Easier,…

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PathDetect pFR-B-Gal Trans-Reporter Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pFR-CAT Trans-Reporter Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pFR-Luc Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pFR-SEAP Trans-Reporter Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pGAS-Luc Plasmid

Agilent Technologies

The PathDetect Signal Transduction Pathway cis-Reporting Systems are designed for simple, rapid, and convenient assessment of the in vivo activation of signal transduction pathways. There are a series of inducible reporter plasmids that contain the luciferase reporter gene driven by a basic promoter element (TATA box) plus a defined inducible cis-enhancer element. Identify pathway-specific transcription activation Easier,…

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PathDetect pISRE-Luc Plasmid

Agilent Technologies

The PathDetect Signal Transduction Pathway cis-Reporting Systems are designed for simple, rapid, and convenient assessment of the in vivo activation of signal transduction pathways. There are a series of inducible reporter plasmids that contain the luciferase reporter gene driven by a basic promoter element (TATA box) plus a defined inducible cis-enhancer element. Identify pathway-specific transcription activation Easier,…

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PathDetect pLuc-MCS Plasmid

Agilent Technologies

The PathDetect Signal Transduction Pathway cis-Reporting Systems are designed for simple, rapid, and convenient assessment of the in vivo activation of signal transduction pathways. There are a series of inducible reporter plasmids that contain the luciferase reporter gene driven by a basic promoter element (TATA box) plus a defined inducible cis-enhancer element. Identify pathway-specific transcription activation Easier,…

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PathDetect pMUT-cJun Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pMUT-CREB Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pMUT-ELK1 Plasmid

Agilent Technologies

The PathDetect in vivo signal transduction pathway trans-reporting systems are designed for specific, rapid, and convenient assessment of the in vivo activation of transcription activators and upstream signal transduction pathways. The systems are useful for identifying whether a newly cloned gene is involved in a signal transduction pathway, and if so, at which step of the pathway. Identify specific stimuli that leads to th…

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PathDetect pNFAT-hrGFP Cis-Reporting Plasmid

Agilent Technologies

The PathDetect Signal Transduction Pathway cis-Reporting Systems are designed for simple, rapid, and convenient assessment of the in vivo activation of signal transduction pathways. There are a series of inducible reporter plasmids that contain the luciferase reporter gene driven by a basic promoter element (TATA box) plus a defined inducible cis-enhancer element. Identify pathway-specific transcription activation Easier,…

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