Biotechnology Principles & Processes One Shot Lecture for NEET 2024 | Ritu Rattewal #neet2024

Biotechnology Principles & Processes 5-Hour One Shot Lecture for NEET 2024 | Ritu Rattewal
In this session, Ritu rattewal ma'am will teach Biotechnology principles and processes chapter in One Video
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#neet2024 #biotechnology #BiotechProcesses #geneticengineering #Biotechprinciples #cellculture #molecularbiology #neetbiology #neetbiologypreparation #neetbiologytricks #neet #neetbiology #neetbiologypreparation #neetbiologytricks #neetbiologynotes #riturattewal #riturattewalbiology
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Gear up for an intensive Biotechnology learning experience! Join Ritu Rattewal in this epic 5-hour one-shot lecture covering the Principles & Processes of Biotechnology, exclusively crafted for NEET 2024 aspirants.

📚 Lecture Highlights:
✅ Comprehensive coverage of Biotechnology Principles & Processes syllabus.
✅ In-depth explanations and visual aids for better understanding.
✅ Exam-centric approach to help you ace NEET 2024 with confidence..

👩‍🏫 About Ritu Rattewal:

Ritu Rattewal mam, an acclaimed educator in the field, brings her expertise to this one shot lecture. With a track record of guiding students towards success, Ritu mam teaching methodology is designed to simplify complex topics and boost your confidence in Biotechnology.
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🚀 Get ready to conquer Biotechnology with Ritu Rattewal mam expertise! Join us for this intensive 5-hour one Shot lecture and pave your way to success in NEET 2024! 🌟
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[PLAYLIST] Free Course on YouTube | NEET Biology Mini Series | Ritu Rattewal:
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[NationalTestingagency]

*BIOTECHNOLOGY*

0:00 = 😂
2:31 = what is recombinant DNA technology/ genetics engineering.
34:05 = contruction of first recombinant DNA{1972}
37:17 = Advantage of RDT over traditional Breeding.
41:38 = NCERT reading.
54:29 = Questions
56:41 = Isolation of gene of interest.
58:13 = isolation of DNA.
1:05:45 = NCERT reading.
1:08:11 = Questions.
1:10:48 = Gel electrophoresis.
1:25:40 = Questions.
1:34:38 = PCR ( polymerase chain reaction)
1:48:44 = thermus aquaticus bacteria .
1:50:25 = animation video of PCR.
1:51:20 = NCERT reading.
2:01:06 = combining gene of interest with vector.
2:03:21 = Crash course detail.
2:04:01 = Restrictions endonuclease.
2:09:09 = restrictions modification system.
2:13:26 = Nucleases.
2:14:00 = Recognition sites.
2:17:01 = Naming of restrictions enzymes.
2:37:55 = NCERT reading.
2:47:07 = questions.
2:57:01 = cloning vector.
2:57:41 = Bacteriophage.
3:03:34 = Agrobacterium tumibaciens.
3:11:38 = BAC and YAC .
3:16:23 = NCERT reading.
3:19:14 = characteristics of good cloning vector.
3:22:25 = origin of replication.
3:24:33 = selectable marker.
3:31:55 = cloning site.
3:37:19 = pBR322 plasmid.
4:03:43 = pUC8 vector .
4:13:21 = diagram of pBR322.
4:13:40 = NCERT reading.
4:19:57 = question
4:28:55 = competent host.
4:38:21 = Questions
4:39:50 = obtained the foreign gene product.
4:48:24 = culturing method.
4:52:20 = Bioreactor.
4:57:30 = questions.
4:58:58 = Downstreaming
5:01:34 = NCERT reading.
5:02:47 = Questions ❤

[jitmukherjee]

00:10 Biotechnology Principles and Processes
02:46 Genetic engineering is the process of altering genetic material in organisms.
07:38 Understanding biotechnology principles and processes
09:48 Explanation of azo nucleus and endo in nucleus
14:38 DNA replication and gene insertion in eukaryotic cells
16:57 Plasmids are extra chromosomal circular pieces of DNA
21:19 DNA joining process and implications
23:28 Understanding DNA recombination and methods of entering recombinant DNA into host cells.
27:29 Bioreactors in biotechnology for insulin production
29:33 Gene cloning involves making multiple copies of genes for various purposes.
33:33 Process of recombinant DNA technology
35:25 Tetracycline antibiotic resistance through gene insertion
39:36 Biotechnology allows for specific selection and manipulation of genes.
41:32 Biotechnology involves using live organisms and genetically modified organisms to produce useful products and processes.
45:18 Biotechnology involves traditional and modern views, molecular analogs, and principles of genetics engineering.
46:57 Bioprocess Engineering and principles of biotechnology
50:33 Alien DNA can replicate and multiply itself, known as gene cloning.
52:26 Plasmid DNA acts as a vector for transferring DNA
56:49 Isolating and extracting the gene of interest from DNA
58:39 Biotechnology methods for introducing genes into cells
1:02:38 Extraction of complete DNA using cold spooling process
1:05:18 Isolation and purification of DNA
1:09:36 Cell wall degradation and DNA isolation process in biotechnology
1:12:21 Restriction endonucleases cut DNA at specific recognition sites
1:16:10 DNA movement and charges in biotechnology
1:18:32 Gel electrophoresis separates DNA fragments based on size.
1:22:40 Gene purification and identification process
1:24:41 DNA Staining with Thio Bromide
1:29:05 Agarose gel electrophoresis separates DNA fragments based on their size.
1:31:00 The process of gene cloning involves isolating a pure form of DNA containing a gene of interest and cloning it into vectors.
1:35:05 PCR steps and gene basics
1:37:09 Denaturation and annealing process in biotechnology
1:41:29 Biotechnology processes involve primer addition and extension by DNA polymerase.
1:43:26 Biotechnology processes involve annealing, denaturation, and extension steps.
1:47:29 The significance of temperature variation in the PCR process
1:49:19 Enzymes adapted to higher temperatures are used in PCR
1:53:25 Biotechnology principles and processes overview
1:55:23 PCR steps and their impact on process
1:59:02 Emphasis on the importance of separate denaturation and annealing steps
2:00:49 Gene isolation and vector preparation
2:04:39 Discovery of restriction enzymes and their role in bacteria-virus interactions.
2:07:14 Viral genetic material uses enzymes to replicate inside bacteria
2:11:48 Restriction enzymes recognize specific DNA sequences.
2:14:01 Restriction sites are important for cutting genes using restriction enzymes.
2:18:12 Recognition and isolation of endonucleases
2:20:13 Understanding recognition site and palindrome in restriction enzymes
2:24:42 Biotechnology principles explained through DNA cutting process
2:26:46 Understanding the significance of genes and their characteristics
2:31:02 Understanding the use of restriction enzymes in biotechnology
2:33:13 Biotechnology processes involve gene cutting and vector preparation
2:38:12 Tools used in Recombinant DNA Technology
2:40:05 Restriction enzymes and their functions
2:43:34 Destruction enzymes cut DNA at specific sites.
2:45:13 Process of joining vector DNA and gene of interest using same restriction enzyme
2:49:03 Restriction enzymes recognize specific sequences to cut DNA.
2:51:36 Sticky ends can be joined using DN LA
2:55:42 Summarizing the important points on DNA sequencing and cloning vectors
2:58:03 Understanding how viruses manipulate genetic material
3:02:38 Agrobacterium tumefaciens causes crown gall disease in plants.
3:05:11 Introduction to Tumor Induction in Plants
3:09:46 Discussion about gene transfer using Ti plasmid
3:11:57 Biotechnology uses vectors to transfer large pieces of DNA to host cells.
3:16:08 Retroviruses can transform normal cells and cause cancer.
3:18:35 Vector modification allows gene delivery into various plants and animals.
3:22:53 Vectors play a key role in transferring and replicating genes.
3:24:59 The process of putting DNA inside the cell and the transformation of host cells.
3:29:16 Empson resistant gene allows bacteria to survive
3:31:08 Understanding the concept of selectable markers in biotechnology.
3:35:39 Recognition sites and cloning in biotechnology
3:37:52 Overview of Plasmids and Selectable Markers

[_Litchi_]

4:48:09
BENIFIT OF FERMENTOR⚱ OVER SHAKE FLASK ⚗
1) higher yield
2) Real-time bioprocess information ( ph, temp, gas flow )
3) Adaptibility
4)better control
5) scaling up possibilities
JUST COMPLETED THIS 1 SHORT ✅
MAZA AA GYA MAM 😁
LOTS OF LOVE❤
THANKS U SO MUCH 🎉🎉 !!

[RiyaYadav]

Backbone of our concepts❤️
You are really an Angel mam❤️🕊️

[rao_shabni]

2:51:00= in question 4 option D is correct because in this question it ask about restrictions endonuclease .
and option d tells about dna ligases which is not related to restrictions endonuclease.

[funinytbest]

(1)GENETICS (TWO CHAPTERS)
(2)MORPHOLOGY OF FLOWERING PLANTS
(3)ANATOMY OF FLOWERING PLANTS
(4)PHOTOSYNTHESIS IN HIGHER PLANTS
(5)BIOTECHNOLOGY APPLICATION

Mam ap please ye sab chapter kara dijiye free main youtube pe please 🥺🙏

[rushilsingh]

3:16:14 Viruses having RNA as their genetic material are called retroviruses and they have the ability to convert their RNA into DNA with the help of an enzyme called reverse transcriptase. 😃

[aditimalekar]

Hind 2
Recognition sequence
5`GTCGAC`3
3`CAGCTG`5
(Blunt ends)

[_Litchi_]

3:16:21
Retrovirus = whose genetic material is RNA and they have an enzyme called reverse transcriptase through which they can convert
DNA
😇😇

[adityamishra]

Just now I was watching human physio from your previous lectures
Your teaching style is best mam❤

[aking]

3:16:11 Retrovirus :- Prepare DNA from RNA, involving enzyme called Reverse transcriptase.

[sagar_tiwari]

ritu mam, i know you since 1.5 years, but i never really studied any chapter from you. today, i completed watching this lecture. i have no words to appreciate how beautifully you taught, i regret that i didn't learn other chapters from you. mam you really covered each topic of the chapter so well that i can't stop myself from writing this comment. thank you from the core of my heart. 😭 eagerly waiting for biotech applications!!!

[priyankasani]

Omg the way she explained the whole chapter 🥺❤️ she explained the most difficult topics in very easy way, easy to remember , easy to understand. I guess no one can give this kind of content on YouTube . Loads of love ❤

[gutlcwd]

shake flask vs bioreactor
mam aik to ye faida hai k jo bioreactor commercially use kr skte hyn jab k shake flask
hum lab mai small amout of bacteria k liya use krty hyn
2. bio reactor ziada ache se shake kr pata hai
3. bioreactor co2 ko andr ni any deta
4. high temp provide krta hai
5. it provide better aeration
6. dosre bacteria ko grow nahi hony deta
7. bioreactor mai ph bhi control kr skte hyn

[leeomlepchaa]

You are really what your name says ‘biofairy’ thank you maam for giving every year of your life to students like us . Lots of love 💗

[devanshumaharishi]

She is just an awesome When I decided to become a doctor....i take classes of her.... And guys she is the only teacher who 🔥🔥.... No words can describe her teaching pattern.... Woh kahthe h na pdh the toh sabhi h lekin jo iss qadar padhyee toh padhyyii or bhi interesting lgti h and ritu rattewal mam... Made it happens ✨

[SHRIMMES_perfectly_imperfect]

The best lecture on Biotech... 😃🙃
Thx a lot for this mam... Wish that next u'll be there with genetics...😄

[AshaDevi-srdt]

Never understood that chapter like
Thankyou ma'am❤ for rearranging the topic in this way😊....we can easily understand the concept, how and why the things have been done

[siddharthjain]

1:54:27 THE ANSWER YOU MARKED IS WRONG it’s should be D) option which is B C D A

[sciencelife]

2:00:41 I understood mam
3:16:08mam retroviruses wo hote hai jinka genetic material RNA hota hai
Thanks for a great lecture ❤️☺️you are my favorite or best teacher ❤️