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C LAB, Noakhali Science and Technology University (NSTU), Noakhali Sadar Upazila (2026)

Q: What is the address?

Noakhali Science And Technology University (NSTU)

14/09/2026

আপনার রিসার্চ প্রজেক্টের 𝙈𝙤𝙡𝙚𝙘𝙪𝙡𝙖𝙧 𝘿𝙮𝙣𝙖𝙢𝙞𝙘𝙨 (𝙈𝘿) 𝙎𝙞𝙢𝙪𝙡𝙖𝙩𝙞𝙤𝙣 নিয়ে চিন্তিত?

𝘾 𝙇𝘼𝘽 (𝘾𝙚𝙣𝙩𝙚𝙧 𝙛𝙤𝙧 𝙇𝙞𝙛𝙚-𝙎𝙘𝙞𝙚𝙣𝙘𝙚 𝘼𝙙𝙫𝙖𝙣𝙘𝙚𝙢𝙚𝙣𝙩 𝙞𝙣 𝘽𝙞𝙤𝙞𝙣𝙛𝙤𝙧𝙢𝙖𝙩𝙞𝙘𝙨) আপনার গবেষণার কাজকে সহজ এবং পাবলিশ উপযোগী করতে নিয়ে এসেছে চমৎকার 𝙈𝘿 𝙎𝙞𝙢𝙪𝙡𝙖𝙩𝙞𝙤𝙣 সার্ভিস!

𝙂𝙍𝙊𝙈𝘼𝘾𝙎 দিয়ে রান করা 𝙈𝘿 𝙎𝙞𝙢𝙪𝙡𝙖𝙩𝙞𝙤𝙣-এর সাথে আমরা দিচ্ছি ১৮ ধরনের বিস্তারিত রেজাল্ট এনালাইসিস, পাবলিকেশন রেডি ফিগার (R সফটওয়্যার দ্বারা তৈরি) এবং 𝙁𝙪𝙡𝙡 𝙍𝙖𝙬 𝘿𝙖𝙩𝙖.

আমাদের সার্ভিসসমূহ:
📍 Protein & Protein-Ligand Complex 📍 MD Simulation
📍 Molecular Docking Services (সর্বোচ্চ ৫ লাখ পর্যন্ত কম্পাউন্ডের Virtual Screening)
📍 High-Throughput Virtual Screening & 📍 Post-Docking MM-GBSA Analysis

আমাদের ১৮টি রেজাল্ট এনালাইসিস:
📌 Protein RMSD (P-RMSD)
📌 Ligand RMSD (L-RMSD)
📌 Root Mean Square Fluctuation (RMSF)
📌 Radius of Gyration (Rg)
📌 Protein–Ligand Contacts
📌 Ligand–Protein Contacts
📌 Hydrogen Bonds (Atom Subsets)
📌 Hydrogen Bonds (Protein–Ligand)
📌 MM-GBSA / MM-PBSA Binding Energy
📌 Ligand Torsion Profile
📌 Secondary Structure Elements (SSE)
📌 Solvent-Accessible Surface Area (SASA)
📌 Molecular Surface Area (MolSA)
📌 Polar Surface Area (PolSA)
📌 Principal Component Analysis (PCA)
📌 Dynamic Cross-Correlation Matrix (DCCM)
📌 2D Free Energy Landscape (2D-FEL)
📌 3D Free Energy Landscape (3D-FEL)

প্রাইসিং / সার্ভিস চার্জ:

কম্বো ১ (৫টির কম সিমিউলেশন হলে):
৳৮,০০০ / Simulation (100 ns)
৳১২,০০০ / Simulation (200 ns)

কম্বো ২ (৫টি বা তার বেশি সিমিউলেশন হলে):
৳৭,০০০ / Simulation (100 ns)
৳১০,০০০ / Simulation (200 ns)

যোগাযোগ করুন:
𝙀𝙢𝙖𝙞𝙡: 𝙘𝙡𝙖𝙗.𝙜𝙚𝙩@𝙜𝙢𝙖𝙞𝙡.𝙘𝙤𝙢
𝙋𝙝𝙤𝙣𝙚: +8801838341487
𝙒𝙝𝙖𝙩𝙨𝘼𝙥𝙥: +8801722112009

10/08/2026

New Publication Alert !!! 👏✨

The Centre for Life-Science Advancement in Bioinformatics (cLAB) is immensely proud to announce that a new scientific study co-authored by our team and the researchers from the Department of Biotechnology and Genetic Engineering, Noakhali Science and Technology University (NSTU) has been published in the prestigious Journal of Genetic Engineering and Biotechnology (Elsevier | Q2 | Impact Factor: 3.4)!

📄 Paper Title:
"RNAi-based therapeutics targeting the F gene in human metapneumovirus: An in-silico approach"

We extend our warmest appreciation and heartiest congratulations to Proshanto Ghosh, Mohammad N. Islam, Shahriar Mahmud,Ayesha Akter, Naima Akter Munni, Dr.Md.Abunasar Miah, Muhammad Tawhid and Md. Easin Mia for their hard work, exceptional collaboration, and dedicated scientific contribution.
This in-silico study offers promising therapeutic insights against Human Metapneumovirus (HMPV), marking another proud milestone for both the Department of BGE,NSTU & C LAB

Congratulations once again to the entire team on this fantastic achievement! We wish you continued success and future breakthroughs in your scientific journey. 🚀

📌 Read the full open-access paper here:
https://authors.elsevier.com/sd/article/S1687-157X(26)00127-7

07/08/2026

Advanced Molecular Dynamics Simulation and Bioinformatics Services! 🚀
লাইফ সায়েন্স ও বায়োইনফরমেটিক্স গবেষণাকে আরও নিখুঁত এবং গতিশীল করতে Center for Life-Science Advancement in Bioinformatics (C-LAB) নিয়ে এলো উন্নত প্রযুক্তির অ্যাডভান্সড সিমুলেশন সার্ভিসেস।
আমাদের সার্ভিসসমূহের মাধ্যমে পাচ্ছেন GROMACS Engine Optimized ড্রাইভে ১৮টিরও বেশি বৈজ্ঞানিক অ্যানালাইসিস (যেমন: RMSD, RMSF, SASA, Radius of Gyration, Hydrogen Bonds, PCA, Free Energy Landscape ইত্যাদি)।

💡আপনাদের জন্য আকর্ষণীয় প্রাইসিং:
$$ < 5 Simulations: 8K(100ns) / 12K(200ns) BDT

$$ > 5 Simulations: 7K(100ns) / 10K(200ns) BDT

আপনার রিসার্চ প্রজেক্ট বা পাবলিকেশনের কাজকে এক ধাপ এগিয়ে নিতে আজই আমাদের সাথে যোগাযোগ করুন!

📩 যোগাযোগের ঠিকানা:
📧 Email: [email protected]
📞 Phone: +8801838341487
💬 WhatsApp: +8801722112009

03/08/2026

#আপনার বায়োইনফরমেটিক্স ও ড্রাগ ডিসকভারি রিসার্চকে এক ধাপ এগিয়ে নিন C LAB-এর সাথে! 🧬
পাবলিকেশন-রেডি Molecular Dynamics (MD) Simulation নিয়ে আর চিন্তা নয়। Center for Life-Science Advancement in Bioinformatics (C LAB) দিচ্ছে জিআরওম্যাক্স (GROMACS) সিমুলেশনের পূর্ণাঙ্গ সমাধান।

আমরা দিচ্ছি ১৮টি কমপ্লিট ট্র্যাজেক্টরি অ্যানালাইসিস (RMSD, RMSF, Rg, SASA, MM-GBSA/PBSA, PCA, 2D/3D FEL সহ আরও অনেক কিছু) এবং R দিয়ে তৈরি হাই-কোয়ালিটি ফিগার ও র (Raw) ডেটা।

📥 আপনি যা প্রদান করবেন:
Protein অথবা Protein-Ligand Complex

📦 আমাদের থেকে যা পাবেন:
GROMACS-এ সম্পন্নকৃত MD Simulation
১৮টি বিস্তারিত অ্যানালাইসিস রিপোর্ট
R দিয়ে তৈরি জার্নাল-রেডি হাই-রেজুলেশন ফিগার
সম্পূর্ণ Raw Data ফাইল

💰 সার্ভিস চার্জ ও প্যাকেজ:
৫টির কম সিমুলেশনের ক্ষেত্রে:
🔹 100 ns: ৮,০০০ টাকা / সিমুলেশন
🔹 200 ns: ১২,০০০ টাকা / সিমুলেশন

৫টি বা তার বেশি সিমুলেশনের ক্ষেত্রে (বিশেষ ছাড়):
🏷️ 100 ns: ৭,০০০ টাকা / সিমুলেশন
🏷️ 200 ns: ১০,০০০ টাকা / সিমুলেশন

📞 বিস্তারিত জানতে বা আপনার প্রজেক্ট শুরু করতে আজই যোগাযোগ করুন:
📧 Email: [email protected]
📱 Phone: +8801838341487
💬 WhatsApp: +8801722112009

your Bioinformatics & Drug Discovery Research to the next level with C LAB! 🧬
No more worries about publication-ready Molecular Dynamics (MD) Simulation.

Center for Life-Science Advancement in Bioinformatics (C LAB)
provides a complete GROMACS simulation solution.
We deliver 18 complete trajectory analyses (including RMSD, RMSF, Rg, SASA, MM-GBSA/PBSA, PCA, 2D/3D FEL, and much more), along with high-quality R-generated figures and full raw data.

📥 What You Provide:
Protein or Protein–Ligand Complex
📦 What You Receive:
Completed MD Simulation in GROMACS
18 detailed analysis reports
Journal-ready high-resolution figures generated using R
Complete Raw Data files

💰 Service Charges & Packages:
For Less Than 5 Simulations:
🔹 100 ns: 8,000 BDT / simulation
🔹 200 ns: 12,000 BDT / simulation

For 5 or More Simulations (Special Discount):
🏷️ 100 ns: 7,000 BDT / simulation
🏷️ 200 ns: 10,000 BDT / simulation

📞 Contact us today to learn more or start your project:
📧 Email: [email protected]
📱 Phone: +8801838341487
💬 WhatsApp: +8801722112009

18/07/2026

🧬 Every human on Earth has a unique DNA sequence — and scientists can read it like a fingerprint! Meet DNA Fingerprinting! 🔬
🔬 What is DNA Fingerprinting?
• A technique used to identify individuals based on their unique DNA sequence patterns
• Also called DNA Profiling or DNA Typing
• Developed by Alec Jeffreys at the University of Leicester, UK in 1984
• Based on the fact that no two individuals (except identical twins) have exactly the same DNA sequence
• Even though 99.9% of human DNA is identical between individuals — the remaining 0.1% differs!
• This 0.1% difference is enough to uniquely identify every person on Earth!
• First used in a criminal case in 1986 — to solve a murder case in Leicestershire, UK
🧱 The Basis of DNA Fingerprinting — VNTRs:
• DNA fingerprinting is based on highly variable regions of the genome called:
→ VNTRs — Variable Number Tandem Repeats
→ Also called Minisatellites
• These are short DNA sequences that are repeated multiple times in the genome
• The number of repeats varies enormously between individuals
• Example: One person may have a sequence repeated 5 times, another may have it repeated 17 times at the same location
• These variations create a unique pattern for every individual — like a biological barcode!
• VNTRs are inherited — children receive VNTRs from both parents
• This inheritance pattern makes DNA fingerprinting useful for paternity testing and forensic identification
⚙️ Steps of DNA Fingerprinting — Alec Jeffreys Original Method:
• 🔵 Step 1 — DNA Extraction
→ DNA is extracted from the biological sample
→ Can be extracted from virtually ANY biological material:
→ Blood, saliva, hair roots, skin cells, semen, bone, teeth
→ Even tiny amounts — a single hair root or a drop of dried blood — are sufficient!
→ DNA is purified from proteins and other cellular components
• 🟢 Step 2 — Restriction Digestion
→ The extracted DNA is cut into fragments using Restriction Enzymes
→ These enzymes cut DNA at specific sequences — producing fragments of varying sizes
→ The fragments containing VNTRs will have different sizes in different individuals
→ This is because different numbers of repeats produce fragments of different lengths
• 🟡 Step 3 — Gel Electrophoresis
→ The DNA fragments are separated by Agarose Gel Electrophoresis
→ DNA fragments are loaded into wells in an agarose gel
→ Electric current is applied — DNA (negatively charged) moves toward the positive electrode
→ Smaller fragments move faster — travel further in the gel
→ Larger fragments move slower — travel less distance
→ This separates fragments by size — creating a unique pattern of bands for each individual
• 🟠 Step 4 — Southern Blotting
→ The separated DNA fragments are transferred from gel to a Nitrocellulose or Nylon membrane
→ This transfer process is called Southern Blotting — developed by Edwin Southern in 1975
→ The membrane is more stable and easier to work with than the fragile gel
→ The DNA is denatured (made single-stranded) during transfer
• 🔴 Step 5 — Hybridisation with Probe
→ A radioactively labelled DNA probe is added to the membrane
→ The probe is a short single-stranded DNA sequence complementary to the VNTR sequence
→ The probe binds (hybridises) specifically to the VNTR-containing fragments on the membrane
→ Excess unbound probe is washed away
• 🟣 Step 6 — Autoradiography
→ The membrane is exposed to X-ray film
→ The radioactive probe emits radiation — exposing the film wherever it has bound
→ After development — the X-ray film shows a pattern of dark bands
→ This pattern of bands is the DNA Fingerprint — unique to each individual!
🔬 Modern DNA Fingerprinting — PCR Based Method:
• The original Southern Blotting method required large amounts of DNA
• Modern DNA fingerprinting uses PCR (Polymerase Chain Reaction) — much more sensitive!
• Even a single cell can provide enough DNA for modern fingerprinting!
• 🔵 STR Analysis (Short Tandem Repeat Analysis)
→ Modern forensic DNA fingerprinting uses STRs — shorter repeat sequences
→ Also called Microsatellites — 2-7 bp repeat units
→ Specific STR regions are amplified by Multiplex PCR — amplifying multiple regions simultaneously
→ Amplified fragments are separated by Capillary Electrophoresis
→ Detected by fluorescent labels — not radioactivity like original method
→ Results displayed as an electropherogram — peaks corresponding to different alleles
→ Modern databases store STR profiles — allowing rapid comparison!
• 🟢 CODIS — Combined DNA Index System
→ The FBI's national DNA database in the USA
→ Uses 13 specific STR loci for identification
→ Contains DNA profiles of millions of convicted offenders
→ Used to match crime scene DNA with database profiles
🌍 Applications of DNA Fingerprinting:
• 🔵 Forensic Science — Crime Investigation
→ The most famous application!
→ DNA from blood, semen, hair, saliva at crime scenes is compared with suspects
→ Can conclusively prove guilt or innocence
→ Has both convicted criminals and exonerated innocent people wrongly convicted!
→ The Innocence Project has used DNA fingerprinting to free over 375 wrongfully convicted people!
→ DNA evidence is considered the gold standard in forensic science
• 🟢 Paternity and Maternity Testing
→ Determines biological parent-child relationships
→ A child's DNA fingerprint contains bands from both parents
→ Every band in a child's fingerprint must match either the mother OR the father
→ If bands don't match — the alleged parent is excluded
→ Accuracy: greater than 99.9999% when done correctly!
• 🟡 Immigration and Identity Disputes
→ Used to verify family relationships in immigration cases
→ Helps establish whether individuals claiming to be relatives are truly related
→ Used to identify missing persons and disaster victims
• 🟠 Identification of Victims
→ Used to identify victims of:
→ Natural disasters — earthquakes, tsunamis, floods
→ Mass casualties — airplane crashes, terrorist attacks
→ War casualties — identifying remains of soldiers
→ DNA from teeth and bones can be used even years after death!
• 🔴 Medical Applications
→ Organ transplant matching — DNA analysis helps match donors and recipients
→ Diagnosis of genetic disorders — identifying disease-causing mutations
→ Cancer diagnosis — identifying tumour-specific mutations
→ Personalised medicine — tailoring treatment based on individual DNA
• 🟣 Wildlife Conservation
→ Identifying individual animals for population studies
→ Detecting wildlife poaching — matching seized animal products to specific animals
→ Studying migration patterns and genetic diversity of endangered species
→ DNA fingerprinting has been used to track elephant ivory back to specific populations!
• ⚫ Agriculture and Plant Breeding
→ Identifying plant varieties and protecting intellectual property
→ Detecting adulteration in food products
→ Verifying seed purity in agriculture
→ Tracking genetic diversity in crop plants
🧬 DNA Fingerprinting and NCERT Class 12:
• According to NCERT Class 12 Biology — DNA fingerprinting is based on:
→ Polymorphism in DNA sequence — differences in DNA between individuals
→ Satellite DNA — highly repeated sequences showing high variability
→ If a mutation occurs in a sequence that is repeated — it leads to a new allele
→ These mutations accumulate over generations — creating the variability seen between individuals
→ Polymorphisms serve as genetic markers — used not just for identification but also for:
→ Genetic mapping — locating genes on chromosomes
→ Disease gene identification — finding genes causing inherited diseases
→ Population genetics — studying evolutionary relationships between populations
⚡ Reading a DNA Fingerprint:
• A DNA fingerprint appears as a pattern of dark bands on an X-ray film or gel image
• Each band represents a DNA fragment of a specific size
• To identify whether DNA samples match:
→ If ALL bands match — the samples are from the same individual (or identical twins!)
→ If some bands match — possible biological relationship (parent-child, siblings)
→ If NO bands match — the samples are from unrelated individuals
• In paternity testing:
→ Every band in the child must match either the mother OR the alleged father
→ If any band in the child matches NEITHER parent — the alleged father is excluded
💡 NEET/CBSE Exam Tip:
A most favourite exam question: "Who developed DNA Fingerprinting and what is it based on?" →
→ Developed by Alec Jeffreys in 1984 at the University of Leicester, UK
→ Based on Variable Number Tandem Repeats (VNTRs) — short DNA sequences repeated variable numbers of times at specific locations in the genome
→ The number of repeats varies between individuals — creating unique patterns
→ These unique patterns are revealed by Southern Blotting and Autoradiography in the original method! 🎯
🔔 Follow for daily science made simple!
👇 Comment "VNTR" if you remember the basis of DNA Fingerprinting!

06/07/2026

প্রায় ৫০০ বছর ধরে অমীমাংসিত একটি ঐতিহাসিক রহস্যের সমাধান করেছেন বিজ্ঞানীরা। ৪ জুলাই, ২০২৬-এ প্রকাশিত এক গবেষণায় ইতালির মেডিচি পরিবারের দুই সদস্যের দেহাবশেষ থেকে সংগৃহীত প্রাচীন ডিএনএ (Ancient DNA) বিশ্লেষণ করে জানা যায়, তারা বিষপ্রয়োগে নয়, বরং ম্যালেরিয়ায় আক্রান্ত হয়ে মারা গিয়েছিলেন।
গবেষণায় বায়োইনফরমেটিক্সভিত্তিক উন্নত কম্পিউটার অ্যালগরিদম ব্যবহার করে লক্ষ লক্ষ ক্ষুদ্র ডিএনএ সিকোয়েন্স বিশ্লেষণ করা হয়। এতে Plasmodium falciparum নামক ম্যালেরিয়া পরজীবীর জিনগত উপাদান শনাক্ত করা সম্ভব হয়।
গবেষকদের মতে, এই আবিষ্কার প্রমাণ করে যে বায়োইনফরমেটিক্স শুধু চিকিৎসা ও জিন গবেষণায় নয়, ইতিহাস ও প্রত্নতত্ত্বের অজানা রহস্য উন্মোচনেও গুরুত্বপূর্ণ ভূমিকা রাখছে। ভবিষ্যতে এই প্রযুক্তি ব্যবহার করে আরও বহু প্রাচীন রোগ, বিলুপ্ত প্রাণী এবং মানব বিবর্তন সম্পর্কে নতুন তথ্য জানা সম্ভব হবে।

14/06/2026

আজ Nature Communications এ প্রকাশিত গবেষণায় টেক্সাসের ১৫টি শহরের পানীয় বর্জ্য সিকোয়েন্সিং করে HIV-1 সংক্রমণ ট্র্যাক করা হয়েছে, কম্পিউটেশনাল পদ্ধতি ব্যবহার করে কমিউনিটি-ভিত্তিক HIV সিগন্যাল এবং ভেক্টর কন্টামিনেশন আলাদা করা হয়েছে

13/06/2026

Congratulations to FARIA SULTANA TOMA on being selected as an Executive Member of C LAB!

We are excited to have you on board and look forward to your valuable contributions to the team. Wishing you a successful journey ahead.

13/06/2026

Congratulations to Apon Chandra Das on being selected as Video Editor of C-LAB!

Your creativity and dedication will help bring our vision to life through impactful visual storytelling. Wishing you great success in your new role.

C LAB

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