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🧪 Biotech and Bioinformatics Tools

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HOW TO USE THESE TOOLS

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Each tool is described below with:

• What it does – the purpose of the tool

• Who it's for – who will benefit from using it

• How to use it – step-by-step instructions

• Where to get it – the link to the live tool

To add any of these tools to your blog, simply:

Step 1: Go to the tool's live page

Step 2: Copy the embed code (provided on the page)

Step 3: Paste it into your Blogger post (in HTML view)

Step 4: Publish!

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🧬 TOOL 1: CLONING & PRIMER DESIGN

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WHAT IT DOES:

Design primers, simulate PCR, restriction digestion, and

ligation – all in one interactive workflow. You can see

your primers, check for internal restriction sites, and view

a simple plasmid map.

WHO IT'S FOR:

• Molecular biology students learning cloning techniques

• Teachers demonstrating the cloning workflow in class

• Researchers planning cloning experiments

• Anyone who wants to understand how primers are designed

HOW TO USE IT:

1. Paste your DNA sequence (or use the example sequences)

2. Choose forward and reverse restriction enzymes

3. Select a vector backbone

4. Click "Run Workflow" to see your primers and results

5. Review the primer sequences, PCR product, digestion check,

and ligation summary

LIVE TOOL:

https://bmb-uog.blogspot.com/2026/07/cloning-primer-design.html

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🧫 TOOL 2: CELL CULTURE PASSAGE PLANNER

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WHAT IT DOES:

Plan your cell culture passages with accurate calculations for:

• Volume of cell suspension to transfer

• Amount of fresh media to add

• Seeding density

• Population doublings (PDL)

• Projected cell count after a specified culture duration

WHO IT'S FOR:

• Cell culture students learning passage techniques

• Lab technicians planning experiments

• Researchers tracking cell line health

• Anyone working with adherent or suspension cells

HOW TO USE IT:

1. Enter your current culture data (cell count, volume, viability)

2. Choose your current vessel type

3. Select how you want to specify seeding (density or split ratio)

4. Choose your destination vessel

5. Click "Calculate" to see your passage plan

6. Follow the step-by-step protocol

LIVE TOOL:

https://bmb-uog.blogspot.com/2026/07/cell-culture-passage-planner.html

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📈 TOOL 3: DOSE‑RESPONSE CURVE FITTER

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WHAT IT DOES:

Fit a 4‑parameter logistic (4PL) model to your dose‑response

data. Automatically calculates:

• IC50 / EC50 (the concentration at 50% effect)

• Hill slope (steepness of the curve)

• Bottom and Top values (minimal and maximal response)

• R² (goodness of fit)

• Displays an interactive chart with your data and the fit

WHO IT'S FOR:

• Pharmacology students learning dose‑response concepts

• Researchers analysing drug efficacy data

• Scientists presenting inhibition curves

• Anyone working with concentration-response experiments

HOW TO USE IT:

1. Paste your data as two columns: concentration and response

2. (Optional) Adjust the fitting parameters

3. Click "Fit & Show Results"

4. View your IC50/EC50, Hill slope, and R²

5. Examine the interactive chart showing your data and the fit

LIVE TOOL:

https://bmb-uog.blogspot.com/2026/07/doseresponse-curve-fitter.html

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🔬 TOOL 4: MICROSCOPY IMAGE SIMULATOR

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WHAT IT DOES:

Generate synthetic microscopy images with simulated cells and

practice quantitative image analysis. You can:

• Adjust cell number, size, brightness, and noise

• Apply thresholding to segment cells

• Count cells and measure intensity

• Calculate total area, average cell area, and % coverage

WHO IT'S FOR:

• Bioinformatics students learning image analysis

• Researchers preparing for microscopy experiments

• Teachers demonstrating segmentation concepts

• Anyone who wants to understand how image analysis works

HOW TO USE IT:

1. Click "Generate New Image" to create a synthetic image

2. Adjust cell parameters (number, size, brightness, noise)

3. Use the threshold slider to separate cells from background

4. Click "Run Analysis" to count cells and measure features

5. Hover over the image to see pixel values

6. Click "Apply Threshold" to see the segmentation result

LIVE TOOL:

https://bmb-uog.blogspot.com/2026/07/microscopy-image-analysis-simulator.html

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🧬 TOOL 5: CRISPR EFFICIENCY PREDICTOR

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WHAT IT DOES:

Predict guide RNA efficiency for SpCas9 based on sequence

features. The tool analyses:

• GC content (optimal range varies by organism)

• Position 1 and Position 20 base preferences

• Homopolymer runs (penalises long repeats)

• Poly‑T content (reduces efficiency)

• Relative free energy

WHO IT'S FOR:

• Genetics students learning CRISPR guide design

• Researchers planning genome editing experiments

• Teachers demonstrating computational biology

• Anyone working with CRISPR-Cas9

HOW TO USE IT:

1. Enter a 20‑nt guide sequence (or use the example buttons)

2. Optionally include the NGG PAM sequence

3. Select your organism (human, mouse, plant, or bacteria)

4. Click "Predict Efficiency"

5. View your predicted efficiency score (0‑100%)

6. Review the feature breakdown and interpretation

7. Use the recommendation to guide your guide selection

LIVE TOOL:

https://bmb-uog.blogspot.com/2026/07/crispr-efficiency-predictor.html

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📊 QUICK COMPARISON

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Tool | Category | Best For

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🧬 Cloning & Primer Design | Molecular Biology | Teaching cloning, primer design

🧫 Cell Culture Planner | Cell Culture | Lab planning, growth kinetics

📈 Dose-Response Fitter | Pharmacology | IC50/EC50 analysis

🔬 Microscopy Simulator | Bioinformatics | Image analysis education

🧬 CRISPR Predictor | CRISPR / Genetics | Guide design, genome editing

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💡 TIPS FOR BLOGGERS

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1. Test the tool before embedding – use the live links above

2. The embed code is provided on each tool's page

3. Some Blogger themes may restrict scripts – if a tool doesn't

load, try adding it to a HTML/JavaScript gadget in Layout

4. These tools work best in modern browsers (Chrome, Firefox,

Edge, Safari)

5. All calculations run locally – no data is sent to any server

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📚 ABOUT THESE TOOLS

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These tools are part of bmb-uog blog – a free platform offering

research-grade scientific research and educational guides, and interactive tools.

All tools are:

• Free to use

• Open source

• Privacy-first (no data stored)

• Built for science education and research

They are designed by scientists, for scientists – and are

perfect for classroom demonstrations, homework help, and

research planning.

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🔗 GET STARTED

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Visit the BMB-UOG.BLOGSPOT.COM website to explore all tools:

Or go directly to any tool using the links provided above.

Happy experimenting! 🧪

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Interactive Science Tools for Blogger – XYRA.UK

XYRA.UK

Guide About Contact

✨ Free & Embeddable

Interactive Science Tools
for Your Blogger Blog

Five powerful, interactive tools to engage your readers – from cloning simulations to CRISPR efficiency predictions. Zero coding required. Just copy and paste.

Explore Tools ↓ How to Embed

🧪 The Toolbox

Interactive, research‑grade tools for science educators, students, and bloggers.

🧬 Molecular Biology

Cloning & Primer Design

Design primers, simulate PCR, restriction digestion, and ligation in one interactive workflow.

Use case: Teach cloning strategies, design primers for lab classes, or demonstrate the cloning workflow.

Add to Blogger

🧫 Cell Culture

Cell Culture Passage Planner

Plan passages with accurate transfer volumes, media requirements, and population doubling tracking.

Use case: Teach cell culture techniques, plan lab experiments, or demonstrate population growth concepts.

Add to Blogger

📈 Pharmacology

Dose‑Response Curve Fitter

Fit 4‑parameter logistic curves, calculate IC50/EC50, Hill slope, and R² – with interactive chart.

Use case: Teach dose‑response concepts, analyse pharmacology data, or demonstrate curve fitting.

Add to Blogger

🔬 Bioinformatics

Microscopy Image Simulator

Practice segmentation, cell counting, and intensity measurement on synthetic microscopy images.

Use case: Teach image analysis, introduce bioinformatics concepts, or demonstrate cell counting workflows.

Add to Blogger

🧬 CRISPR

CRISPR Efficiency Predictor

Predict guide RNA efficiency for SpCas9 based on GC content, position preferences, and sequence features.

Use case: Teach CRISPR guide design, demonstrate computational biology, or plan genome editing experiments.

Add to Blogger

📝 How to Embed These Tools in Blogger

Follow these simple steps to add any of these interactive tools to your Blogger posts or pages.

Copy the HTML

Each tool has a complete HTML block below. Click the "Copy Code" button to copy it.

Open Blogger

Go to your Blogger dashboard, create a New Post or edit an existing one.

Switch to HTML View

In the post editor, click the HTML tab (not Compose).

Paste & Publish

Paste the HTML where you want the tool to appear. Switch back to Compose to preview, then publish.

💡 Pro Tip: If the tool doesn't load, try adding it to a HTML/JavaScript gadget in your blog's Layout section instead. Some Blogger themes may restrict scripts in posts.

📋 Tool Embed Codes

Copy and paste the full HTML for each tool directly into your post.

🧬 1. Cloning & Primer Design

🧫 2. Cell Culture Passage Planner

📈 3. Dose‑Response Curve Fitter

🔬 4. Microscopy Image Simulator

🧬 5. CRISPR Efficiency Predictor

📌 Important: The full HTML for each tool is provided in the previous sections of this post. Scroll up to find the complete code for each tool, then paste it into the corresponding code block above.

⚡ Quick Comparison

Choose the right tool for your audience.

Tool	Category	Interactive	Ideal For
🧬 Cloning & Primer Design	Molecular Biology	✅	Teaching cloning, primer design
🧫 Cell Culture Planner	Cell Culture	✅	Lab planning, growth kinetics
📈 Dose‑Response Curve Fitter	Pharmacology	✅	Drug discovery, IC50/EC50 analysis
🔬 Microscopy Simulator	Bioinformatics	✅	Image analysis education
🧬 CRISPR Predictor	CRISPR / Genetics	✅	Guide design, genome editing

Ready to embed?

Choose a tool, copy the HTML, and add interactive science to your blog today.

📋 Get Embed Codes

Biotech Bioinformatics and pharmacology Tools

Interactive Science Tools
for Your Blogger Blog