Biotechnology Project Topics
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We provide high-quality academic project reports, dissertations, internship projects, and research papers specifically focused on the Biotechnology specialization.
Our Biotechnology projects are suitable for students pursuing B.Sc, M.Sc, or other management-related degrees. Each report is well-researched, formatted as per university guidelines, and designed to provide clear insights into Biotechnology practices across industries.
Students can choose from a wide list of ready-made Biotechnology project topics or request a fully customized report prepared according to their specific research area. Every project is developed purely for learning and reference purposes, helping you understand report structure, research methodology, and analysis so that you can confidently prepare your own Biotechnology academic work.
Biotechnology 500 Topics For Project Report
Biotechnology Project Topics List (1–100)
1. DNA extraction and analysis
2. RNA isolation techniques
3. PCR-based gene amplification
4. Gel electrophoresis experiments
5. Recombinant DNA technology
6. Cloning of specific genes
7. CRISPR-Cas9 gene editing
8. Gene expression analysis
9. Transformation of bacterial cells
10. Plasmid isolation and analysis
11. Enzyme biotechnology
12. Enzyme extraction and purification
13. Enzyme kinetics study
14. Effect of pH on enzyme activity
15. Temperature effect on enzymes
16. Immobilized enzyme applications
17. Enzyme-based biosensors
18. Industrial enzyme production
19. Protease activity analysis
20. Amylase production from microbes
21. Microbial biotechnology
22. Isolation of bacteria from soil
23. Antibiotic resistance profiling
24. Fermentation technology
25. Probiotic production
26. Yeast fermentation for alcohol
27. Microbial enzyme production
28. Bioethanol production
29. Lactic acid bacteria studies
30. Bacterial motility experiments
31. Plant biotechnology
32. Plant tissue culture techniques
33. Micropropagation of plants
34. Somatic embryogenesis
35. Callus induction studies
36. Transgenic plant development
37. Plant regeneration from tissues
38. Plant hormone effects on growth
39. Secondary metabolite production
40. Disease-resistant crop development
41. Animal biotechnology
42. Cell culture techniques
43. Stem cell isolation
44. Embryo culture studies
45. Transgenic animal development
46. Cloning experiments in animals
47. Somatic cell nuclear transfer
48. Cryopreservation of cells
49. In vitro fertilization techniques
50. Animal tissue regeneration studies
51. Molecular diagnostics
52. DNA fingerprinting
53. RAPD and RFLP analysis
54. Gene mutation detection
55. Molecular markers in plants
56. PCR-based pathogen detection
57. ELISA for protein detection
58. Western blotting techniques
59. Immunodiagnostic assay development
60. Real-time PCR applications
61. Medical biotechnology
62. Vaccine development
63. Monoclonal antibody production
64. Therapeutic protein production
65. Gene therapy research
66. Diagnostic kits development
67. Stem cell therapy applications
68. Cancer biomarker identification
69. Personalized medicine approaches
70. Regenerative medicine techniques
71. Pharmaceutical biotechnology
72. Drug discovery using microbes
73. Microbial fermentation for antibiotics
74. Enzyme-based drug synthesis
75. Natural product extraction
76. Biopharmaceutical production
77. Bioconjugation techniques
78. Drug delivery system development
79. Pharmacogenomics studies
80. Biotech-based drug screening
81. Industrial biotechnology
82. Biofuel production
83. Biogas from organic waste
84. Bioremediation of pollutants
85. Wastewater treatment using microbes
86. Bioplastic production
87. Industrial enzyme optimization
88. Microbial oil production
89. Bioethanol production from biomass
90. Bioprocess engineering for industry
91. Agricultural biotechnology
92. Genetically modified crops
93. Pest-resistant plant development
94. Drought-tolerant crop research
95. Biofertilizer production
96. Plant growth-promoting bacteria studies
97. Nitrogen fixation enhancement
98. Soil microbial diversity in agriculture
99. Crop yield improvement techniques
100. Stress-resistant plant varieties
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Biotechnology Project Topics List (101-200)
100. Stress-resistant plant varieties
101. Environmental biotechnology
102. Biodegradation of plastics
103. Bioremediation of soil pollutants
104. Heavy metal removal using microbes
105. Wastewater treatment techniques
106. Algal biofuel production
107. Microbial fuel cells
108. Industrial effluent treatment
109. Bioaugmentation in contaminated sites
110. Environmental monitoring using microbes
111. Bioinformatics projects
112. Gene sequence analysis
113. Protein structure prediction
114. Phylogenetic analysis
115. Genome annotation projects
116. Comparative genomics
117. Molecular docking studies
118. RNA sequence analysis
119. Protein-protein interaction study
120. Biological database analysis
121. Synthetic biology
122. Synthetic gene circuits
123. Metabolic pathway engineering
124. Synthetic microbial consortia
125. Bioengineering of microorganisms
126. Artificial gene network design
127. Production of synthetic biomolecules
128. CRISPR-based synthetic biology
129. Synthetic promoter studies
130. Biomanufacturing using synthetic biology
131. Immunotechnology
132. Monoclonal antibody production
133. Hybridoma technology
134. Vaccine design and development
135. Immune response assays
136. ELISA-based diagnostics
137. Flow cytometry analysis
138. Immunotherapy research
139. Cytokine profiling
140. Antigen-antibody interaction studies
141. Stem cell biotechnology
142. Isolation of mesenchymal stem cells
143. Induced pluripotent stem cells
144. Stem cell differentiation studies
145. Stem cell therapy applications
146. Regenerative medicine research
147. Embryonic stem cell research
148. Hematopoietic stem cell studies
149. Tissue engineering with stem cells
150. Stem cell banking
151. Genetic engineering
152. Gene cloning experiments
153. Gene knockout studies
154. CRISPR-Cas9 genome editing
155. Recombinant protein expression
156. Genetic transformation of microbes
157. Transgenic plant development
158. RNA interference studies
159. Gene therapy research
160. Genetically engineered vaccines
161. Proteomics projects
162. Protein extraction and purification
163. SDS-PAGE analysis
164. Western blotting
165. 2D gel electrophoresis
166. Mass spectrometry analysis
167. Protein-protein interaction studies
168. Proteome profiling of microbes
169. Enzyme characterization
170. Protein folding studies
171. Metabolomics projects
172. Metabolic profiling in microbes
173. Plant metabolite analysis
174. LC-MS based metabolomics
175. GC-MS for metabolite profiling
176. Metabolomics in disease research
177. Nutritional metabolomics studies
178. Metabolite extraction techniques
179. Stress-induced metabolite analysis
180. Comparative metabolomics studies
181. Genomics projects
182. Whole genome sequencing
183. Comparative genomics studies
184. Genome annotation and analysis
185. Identification of gene families
186. Genome editing using CRISPR
187. Plant genome studies
188. Microbial genome projects
189. Human genome analysis
190. Functional genomics research
191. Transcriptomics projects
192. RNA-Seq analysis
193. Gene expression profiling
194. Differential gene expression studies
195. Microarray analysis
196. Transcriptome assembly
197. Plant transcriptomics studies
198. Microbial transcriptomics
199. Stress response transcriptomics
200. Disease transcriptome analysis
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Biotechnology Project Topics List (201-300)
200. Disease transcriptome analysis
201. Epigenetics projects
202. DNA methylation studies
203. Histone modification analysis
204. Epigenetic regulation in plants
205. Epigenetic markers in diseases
206. RNA-based epigenetic studies
207. Epigenome mapping
208. Environmental epigenetics
209. Drug effects on epigenetics
210. Chromatin remodeling studies
211. Bioethics and biotechnology
212. Ethical issues in GMOs
213. Ethics of gene therapy
214. Ethical concerns in stem cell research
215. Bioethics in synthetic biology
216. Ethical use of CRISPR
217. Human genome editing ethics
218. Ethical issues in cloning
219. Biotechnology and society
220. Regulatory policies for biotech research
221. Biotechnology regulations and patents
222. Intellectual property rights in biotechnology
223. Bioentrepreneurship in biotech startups
224. Biotechnology laws and governance
225. Global biotechnology trade policies
226. Clinical trials in biotechnology
227. Biotechnology innovation management
228. Role of government in biotechnology promotion
229. International collaboration in biotechnology research
230. Biotechnology education and training programs
231. Marine biotechnology
232. Isolation of marine microorganisms
233. Extraction of bioactive compounds from marine algae
234. Marine natural product research
235. Marine-derived antibiotics
236. Bioluminescent bacteria studies
237. Algal biotechnology applications
238. Marine enzyme production
239. Marine biofuel research
240. Marine genetic resource conservation
241. Forensic biotechnology
242. DNA profiling in forensics
243. Forensic DNA database management
244. Use of PCR in crime investigation
245. Forensic toxicology studies
246. Microbial forensics
247. Biocrime detection techniques
248. Forensic sample preservation methods
249. Forensic biotechnology ethics
250. Biotech solutions for law enforcement
251. Food biotechnology
252. Genetically modified food crops
253. Food fermentation process optimization
254. Probiotic food development
255. Nutraceuticals production
256. Food safety and quality testing
257. Enzyme applications in food processing
258. Food packaging using biodegradable materials
259. Bio-preservatives in food industry
260. Allergen detection using biotechnology
261. Biochemical engineering
262. Bioreactor design and operation
263. Optimization of fermentation parameters
264. Scale-up of bioprocesses
265. Downstream processing of bioproducts
266. Continuous bioprocessing systems
267. Cell immobilization in bioreactors
268. Bioprocess automation
269. Process control in biomanufacturing
270. Bioprocess modeling and simulation
271. Nanobiotechnology
272. Synthesis of nanoparticles using microbes
273. Drug delivery using nanocarriers
274. Nano biosensors for disease detection
275. Nanoparticle-based imaging
276. Cancer therapy using nanotechnology
277. Green synthesis of nanomaterials
278. Nanoparticles in agriculture
279. Nanoparticles in water purification
280. Toxicity assessment of nanomaterials
281. Biomedical engineering
282. Artificial organ development
283. Biomaterial synthesis
284. Biocompatibility testing of materials
285. Tissue engineering scaffolds
286. 3D bioprinting techniques
287. Biomedical device design
288. Biosensor development
289. Wearable health monitoring devices
290. Artificial skin and wound healing research
291. Bioinstrumentation
292. Development of biosensors
293. Optical biosensors for pathogen detection
294. Electrochemical biosensor design
295. Point-of-care diagnostic devices
296. Microfluidic lab-on-chip development
297. Biomedical signal analysis
298. IoT-based biosensing systems
299. Portable medical diagnostic tools
300. Real-time health monitoring systems
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Biotechnology Project Topics List (301-400)
301. Computational biology
302. Protein structure modeling
303. Computational drug design
304. Systems biology simulations
305. Machine learning in bioinformatics
306. Big data analytics in genomics
307. AI in protein folding prediction
308. Metabolic network modeling
309. Predictive modeling of diseases
310. Computational vaccine design
311. Biostatistics projects
312. Statistical analysis of gene expression
313. Clinical data interpretation
314. Epidemiological data modeling
315. Experimental design in biotechnology
316. Statistical tools for genomics
317. Bayesian models in biology
318. Data visualization in bioinformatics
319. Biostatistics in clinical research
320. Statistical software applications in biotech
321. Bioenergy
322. Biohydrogen production
323. Biodiesel from algae
324. Biomass conversion technologies
325. Bioelectricity generation
326. Waste-to-energy bioprocesses
327. Biogas production optimization
328. Microbial biofuel cells
329. Sustainable bioenergy systems
330. Carbon-neutral bioenergy sources
331. Agricultural waste management
332. Composting techniques using microbes
333. Vermicomposting biotechnology
334. Bioconversion of crop residues
335. Microbial decomposition of organic waste
336. Bioplastic production from agrowaste
337. Pesticide degradation by microorganisms
338. Soil health improvement using biotech
339. Biochar production and application
340. Waste valorization using biotechnology
341. Aquatic biotechnology
342. Fish disease detection using biotechnology
343. Genetic improvement in aquaculture
344. Microalgae for aquafeed
345. Biofloc technology for aquaculture
346. Marine probiotic development
347. Water quality improvement using microbes
348. Fish vaccine development
349. Genetic mapping of aquatic organisms
350. Aquatic biodiversity conservation
351. Biofertilizer technology
352. Nitrogen-fixing bacterial culture
353. Phosphate-solubilizing microbes
354. Mycorrhizal biofertilizers
355. Cyanobacterial biofertilizer production
356. Biocontrol agent development
357. Rhizobium inoculant formulation
358. Azospirillum culture optimization
359. Biofertilizer quality control
360. Impact of biofertilizers on soil fertility
361. Biodegradable materials
362. Biopolymer synthesis
363. Production of polylactic acid
364. Biodegradable plastics from starch
365. Enzymatic degradation of plastics
366. Biocomposite materials
367. Biodegradable medical implants
368. Microbial production of biopolymers
369. Environmental impact of bioplastics
370. Bioplastic waste management
371. Bioremediation
372. Oil spill cleanup using microbes
373. Heavy metal detoxification
374. Pesticide degradation in soil
375. Phytoremediation techniques
376. Microbial degradation of dyes
377. Bioremediation of industrial effluents
378. Biodegradation of hydrocarbons
379. Biosorption of toxic compounds
380. Bioremediation of e-waste
381. Environmental microbiology
382. Soil microbial diversity studies
383. Waterborne pathogen detection
384. Airborne microbial analysis
385. Biofilm formation in environment
386. Microbial degradation of pollutants
387. Biogeochemical cycle analysis
388. Environmental DNA (eDNA) sampling
389. Microbial ecology in extreme environments
390. Antibiotic resistance in environmental isolates
391. Biomedical waste management
392. Microbial treatment of hospital waste
393. Biodegradable medical waste materials
394. Biosafety in waste handling
395. Hospital wastewater treatment
396. Incineration alternatives using biotech
397. Sterilization and decontamination research
398. Recycling of biomedical waste
399. Risk assessment of infectious waste
400. Biotech policies for waste management
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Biotechnology Project Topics List (401-500)
401. Pharmacogenomics
402. Genetic variation in drug response
403. Personalized drug therapy
404. Pharmacogenomic biomarker discovery
405. Gene-drug interaction studies
406. Genomic data analysis for drug safety
407. Cancer pharmacogenomics
408. Pharmacogenetics in psychiatry
409. Clinical implementation of pharmacogenomics
410. Ethical issues in pharmacogenomics
411. Virology and biotechnology
412. Viral vector development
413. Vaccine production using viral systems
414. Detection of emerging viruses
415. Antiviral drug development
416. RNA virus genome analysis
417. Bacteriophage therapy
418. Viral gene expression systems
419. Molecular epidemiology of viruses
420. Viral immunodiagnostics
421. Microbial genetics
422. Mutation studies in bacteria
423. Conjugation and transformation analysis
424. Genetic mapping in microbes
425. Plasmid inheritance research
426. Microbial evolution studies
427. Bacterial quorum sensing
428. Transposon mutagenesis
429. Gene regulation in bacteria
430. Microbial gene recombination studies
431. Immunogenetics
432. MHC gene polymorphism analysis
433. Genetic basis of autoimmune diseases
434. Immunogenetic markers in populations
435. Gene mapping for immune disorders
436. Cytokine gene expression
437. Immunogenetic diversity studies
438. Genetic susceptibility to infections
439. Transplant immunogenetics
440. Immunogenetic evolution research
441. Biomedical imaging
442. Molecular imaging techniques
443. Fluorescent protein tagging
444. Confocal microscopy applications
445. MRI contrast agent development
446. Optical coherence tomography
447. PET imaging in biomedical research
448. Ultrasound contrast microbubbles
449. Image-guided therapy development
450. Nanoparticle-based imaging systems
451. Computational genomics
452. Genome data mining
453. Genome-wide association studies
454. Next-generation sequencing analysis
455. Computational annotation of genes
456. Metagenomics data interpretation
457. Functional gene prediction
458. Pathway reconstruction from genome data
459. Comparative metagenomics
460. Integrative genomics analysis
461. Vaccine biotechnology
462. Recombinant vaccine development
463. DNA vaccine design
464. Peptide-based vaccines
465. Edible vaccine production
466. mRNA vaccine technology
467. Nanoparticle vaccine delivery
468. Adjuvant formulation in vaccines
469. Vaccine cold-chain optimization
470. Vaccine efficacy evaluation
471. Industrial fermentation
472. Optimization of fermentation media
473. Fermentation scale-up design
474. Secondary metabolite production
475. Industrial production of citric acid
476. Penicillin fermentation process
477. Fermentation waste valorization
478. Solid-state fermentation technology
479. Bioreactor performance analysis
480. Fermentation product purification
481. Tissue engineering
482. Biomaterial scaffold development
483. 3D bioprinting of tissues
484. Cell-seeded scaffold fabrication
485. Biomechanical testing of tissues
486. Artificial skin regeneration
487. Cartilage tissue engineering
488. Bone regeneration using biomaterials
489. Nerve tissue engineering
490. Organ-on-chip development
491. Artificial intelligence in biotechnology
492. AI for disease prediction
493. Machine learning for drug discovery
494. Deep learning in genomics
495. AI-based protein structure prediction
496. AI in bioimage analysis
497. Predictive analytics for bioprocesses
498. AI in personalized medicine
499. Bioinformatics-driven AI applications
500. Future trends in biotechnology research
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