Projects

Final projects:

  • 🌸 Litmusanthemum A Living pH Indicator Plant Deep Dalvi β€” Vadodara, India 🧠 Concept Overview Litmusanthemum is a genetically engineered ornamental plant with pH-sensitive flower petals that function as biological litmus paper. Instead of using disposable chemical strips, users can simply dip petals into a solution and observe color changes; creating a renewable, zero-waste pH testing system.

Subsections of Projects

Individual Final Project

🌸 Litmusanthemum

A Living pH Indicator Plant

Deep Dalvi β€” Vadodara, India


🧠 Concept Overview

Litmusanthemum is a genetically engineered ornamental plant with pH-sensitive flower petals that function as biological litmus paper.

Instead of using disposable chemical strips, users can simply dip petals into a solution and observe color changes; creating a renewable, zero-waste pH testing system.


❓ What

A bioengineered flowering plant with:

  • Petals rich in anthocyanins
  • Visible color shifts across pH ranges
  • Direct usability as a natural pH indicator

πŸ‘‰ Think: Litmus paper, but grown in a pot.


βš™οΈ How

The system combines plant biology with controlled genetic optimization:

1. 🌈 Enhanced Pigment Expression

  • Increase anthocyanin concentration in petals
  • Use natural biosynthetic pathways (no unnatural chemistry)
  • Target broad and visible pH response range

2. 🌼 Sterile Flower Engineering

  • Prevent reproduction to allow:
    • Safe petal harvesting
    • Controlled cultivation
  • Avoid ecological spread

3. πŸ” Continuous Flowering

  • Engineer everblooming traits or manipulate:
    • Photoperiod response
    • Flowering gene regulation
  • Ensures year-round supply

🎯 Why

Problems with current litmus systems:

  • ❌ Single-use
  • ❌ Chemical waste generation
  • ❌ Recurring cost
  • ❌ No aesthetic or educational engagement

What Litmusanthemum solves:

  • βœ… Renewable and biodegradable
  • βœ… Zero-waste pH testing
  • βœ… Lower long-term cost
  • βœ… Visually engaging learning tool

This isn’t just a toolβ€”it’s a living interface between biology and chemistry.


πŸ‘₯ Who It’s For

  • 🏫 Educational institutions (school labs, STEM programs)
  • πŸ§ͺ DIY bio & hobbyists
  • 🌱 Sustainability advocates
  • 🌍 Low-resource regions needing low-cost testing tools

πŸ§ͺ Functional Demonstration

pH RangeExpected Color
1–4Pink / Red
5–7Purple
8–11Blue
12–14Green / Yellow

🚧 Challenges

  • 🌿 Engineering robust flowering genes
  • 🌼 Selecting optimal species for:
    • Continuous bloom
    • High pigment stability
  • 🎯 Creating specific vs broad pH sensitivity variants
  • 🧬 Genetic drift affecting pigment consistency
  • πŸ“œ Regulatory approval for engineered plants

βš–οΈ Key Considerations

  • ⏳ Petal Shelf Life
    • Anthocyanins degrade after detachment
    • Requires rapid usage or preservation strategies
  • 🌑️ Environmental Sensitivity
    • Bloom depends on light & temperature conditions
  • 🎨 Color Standardization
    • Batch-to-batch variation must be minimized
  • βœ‚οΈ Harvesting Strategy
    • Avoid stressing the plant while maintaining supply
  • 🌸 Aesthetic vs Functional Balance
    • Must remain an ornamental plant, not just a tool

πŸ”¬ Project Aims

🎯 Aim 1 β€” Experimental

  • Identify plant species with:
    • Naturally high anthocyanin expression
    • Strong visible pH response
  • Characterize pigment behavior across pH spectrum

βš™οΈ Aim 2 β€” Developmental

  • Engineer:
    • Continuous flowering phenotype
    • Stable pigment production
  • Optimize harvesting cycles

🌍 Aim 3 β€” Visionary

  • Replace traditional litmus paper in:
    • Schools
    • Basic labs
  • Reduce chemical waste globally
  • Establish a new category of biological testing tools

Litmusanthemum sits at a strange, beautiful intersection, where plants become instruments,
and science becomes something you can water every day.

Group Final Project

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