Bharath Takulapalli's - Preemptive Diagnostics & Medicine

Home
Archive
About
9. Company Split
Two companies: INanoBio Inc and SPOC Proteomics Inc
 • 
Bharath Takulapalli
8. Video of my Talk at SEMI MSIG Conference
FENT CMOS Nanopore Technology for DNA Sequencing
 • 
Bharath Takulapalli
7. Building FENT Nanopore Transistor Chip Prototype
Building any new kind of nano-scale CMOS transistor is an uphill task, generally speaking. Fabricating anything ‘in silicon’ for the first time is…
 • 
Bharath Takulapalli
6. Peeking Deeper into State-of-Art Ion Current Sensing based Nanopore Sequencing
Before discussing FENT nanopore transistor prototype next, I wanted to take a step back and summarize my thoughts (for the sake of completeness) on…
 • 
Bharath Takulapalli
5. FENT Nanopore Transistor Explainer Video
INanoBio’s FENT (field effect nanopore transistor) is a novel CMOS transistor-nanopore sensor for molecular sensing and biopolymer sequencing. The FENT…
 • 
Bharath Takulapalli
1:08
4. INanoBio's FENT: CMOS Transistor Around a Nanopore, for 100X Sensing Speed
We turned-the-tables-around on the nanopore ion-current sensing speed limitation. We set out to develop a nanopore sensor thats 100x faster than speed…
 • 
Bharath Takulapalli
3. Sensing Molecules through Nanopores
Nanopore DNA sequencing approaches are at least a generation or two ahead of current commercial NGS sequencing products, owing to a range of fundamental…
 • 
Bharath Takulapalli
2. What is Nanopore DNA Sequencing ?
Before we jump into technical details, as a preface, there are at least three high-level objectives of my writing (1) to inform on the technologies we…
 • 
Bharath Takulapalli
Bharath Takulapalli's - Preemptive Diagnostics & Medicine
Bharath Takulapalli's - Preemptive Diagnostics & Medicine
Future Healthcare 3.0 - Preemptive Diagnostics & Medicine

Bharath Takulapalli's - Preemptive Diagnostics & Medicine

AboutArchive
© 2024 Bharath Takulapalli
Privacy ∙ Terms ∙ Collection notice
Start WritingGet the app
Substack is the home for great culture