Tech Office : Updates & Tech News ~1
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📅 Estimated Timelines
Full construction wrap-up : Q3 2025
Operational readiness trials : Q3–Q4 2025
Public inauguration : Possibly late Q4 2025
Full construction wrap-up : Q3 2025
Operational readiness trials : Q3–Q4 2025
Public inauguration : Possibly late Q4 2025
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Google has decided on “Cinnamon Bun” as the dessert codename for Android 17!
A cinnamon bun — also called a cinnamon roll or swirl — is a sweet, baked pastry made of rolled dough filled with a cinnamon-sugar mixture and often topped with glaze or icing.
It’s a popular dessert in northern Europe and North America, with several well-known chains specializing in its creation.
A cinnamon bun — also called a cinnamon roll or swirl — is a sweet, baked pastry made of rolled dough filled with a cinnamon-sugar mixture and often topped with glaze or icing.
It’s a popular dessert in northern Europe and North America, with several well-known chains specializing in its creation.
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Most Customizable and Amazing OS (HydraOS) for POCO F5 Review, Best in Features & Performance
✅ https://youtu.be/rvdvidKCY1M
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🆕 HydraOS 1.0.18.0 CN
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China : Stairs bringing mountains and people closer.
POCO F7 Official HyperOS 2.2 EEA Mod Review, MEMC and Super Resolution Unlocked and more Features ♥️
✅ https://youtu.be/xxIYgVcQ3Ts
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🆕 HyperOS 2.2 EEA Mod
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Tech Office : Updates & Tech News ~1
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📱 Tezpur University’s Smartphone based low cost TB Detector breakthrough
🧑🔬 Developed by
- Lead: Prof. Pabitra Nath, Dept. of Physics
- Team: Biprav Chetry, Chunuranjan Dutta (Physics); J.P. Saikia, Santanu Goswami (Molecular Biology & Biotechnology)
- Industry Partner: Labdig Innovations and Systems Pvt. Ltd.
- Endorsed by: Vice-Chancellor Prof. Shambhu Nath Singh
---
🔬 What It Is
A compact, smartphone-powered device for detecting Mycobacterium tuberculosis (mTB) via natural autofluorescence, avoiding chemical stains.
- Patent: Indian Application No. 202431035472
- Journal Publication: Biosensors and Bioelectronics
- Weight: <300 g
- Cost: <₹25,000
---
⚙️ How It Works
- Autofluorescence-based detection (no auramine-O or dyes)
- Built-in heater enhances fluorescence from mTB cells
- Smartphone integration for powering, imaging, and interpretation
- Designed for field use in resource-limited settings
---
🧪 Diagnostic Workflow
1. Prepare unstained sputum smear on a slide
2. Heat sample via integrated module
3. Activate excitation, capture image via smartphone
4. Review fluorescence for TB identification
---
🌟 Why It Matters
- Reduces dependency on lab infrastructure, dyes, and skilled technicians
- Enables TB screening in remote areas
- Aligns with NTEP goals for decentralised diagnosis
- Simplifies operations and training
---
🆚 Compared to LED Fluorescence Microscopy
Tezpur Device:
- Unstained autofluorescence detection
- Handheld and affordable
- No consumables required
- Field-ready; basic training sufficient
LED-FM:
- Requires auramine-O staining
- Lab-bound, bulky microscope setup
- High cost and skilled operators
- Limited scalability in rural zones
---
📌 Status & Next Steps
- ✅ Prototype built
- ✅ Patent filed & study published
- 🔍 Awaiting:
- Clinical validation (sensitivity/specificity)
- Regulatory approvals
- Integration with public health programs
---
🧭 Bottom Line
A low-cost, dye-free, smartphone-powered diagnostic tool from Tezpur University could revolutionize TB detection in low-resource settings. Its success now hinges on rigorous validation and strategic integration into India’s national TB control efforts.
🧑🔬 Developed by
- Lead: Prof. Pabitra Nath, Dept. of Physics
- Team: Biprav Chetry, Chunuranjan Dutta (Physics); J.P. Saikia, Santanu Goswami (Molecular Biology & Biotechnology)
- Industry Partner: Labdig Innovations and Systems Pvt. Ltd.
- Endorsed by: Vice-Chancellor Prof. Shambhu Nath Singh
---
🔬 What It Is
A compact, smartphone-powered device for detecting Mycobacterium tuberculosis (mTB) via natural autofluorescence, avoiding chemical stains.
- Patent: Indian Application No. 202431035472
- Journal Publication: Biosensors and Bioelectronics
- Weight: <300 g
- Cost: <₹25,000
---
⚙️ How It Works
- Autofluorescence-based detection (no auramine-O or dyes)
- Built-in heater enhances fluorescence from mTB cells
- Smartphone integration for powering, imaging, and interpretation
- Designed for field use in resource-limited settings
---
🧪 Diagnostic Workflow
1. Prepare unstained sputum smear on a slide
2. Heat sample via integrated module
3. Activate excitation, capture image via smartphone
4. Review fluorescence for TB identification
---
🌟 Why It Matters
- Reduces dependency on lab infrastructure, dyes, and skilled technicians
- Enables TB screening in remote areas
- Aligns with NTEP goals for decentralised diagnosis
- Simplifies operations and training
---
🆚 Compared to LED Fluorescence Microscopy
Tezpur Device:
- Unstained autofluorescence detection
- Handheld and affordable
- No consumables required
- Field-ready; basic training sufficient
LED-FM:
- Requires auramine-O staining
- Lab-bound, bulky microscope setup
- High cost and skilled operators
- Limited scalability in rural zones
---
📌 Status & Next Steps
- ✅ Prototype built
- ✅ Patent filed & study published
- 🔍 Awaiting:
- Clinical validation (sensitivity/specificity)
- Regulatory approvals
- Integration with public health programs
---
🧭 Bottom Line
A low-cost, dye-free, smartphone-powered diagnostic tool from Tezpur University could revolutionize TB detection in low-resource settings. Its success now hinges on rigorous validation and strategic integration into India’s national TB control efforts.
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