Skip to main content

Posts

Seed Crackers : Celebrate with Nature via ‘Beej Patakha ‘

  Seed Crackers  celebrate with Nature via ‘Beej Patakha ‘ P ollution is everywhere, When we see it all around us pollution is present everywhere either in the form of water, soil, air, and soil. There is some pollution that is hazardously produced by man. One of the major pollution that degrade our air is air pollution that we formed during our festive season by sprinkling cracker smoke in our atmosphere. Further this sparkling spark our body in the form of various respiratory diseases. Man is the only animal that fouls its own nest -Anomynous Now, we have to be aware of this air pollution causing pollutants and need to change our minds during the upcoming festive season and need to break the chain. If you want to burn the crackers then you can replace the harmful chemical crackers with eco-friendly seed crackers.  Now, the question arises in our mind- What are seed Crackers? The answer is here - Seed crackers are looks like traditional crackers but the difference is seed crackers co
Recent posts

20 Important types of equipment names that are used in the biotechnology field

  Name of equipment used in the Biotechnology lab Everything is theoretically impossible until it is done-Robert A. Heinlein  List of Name of Equipment used in a biotechnology lab  Autoclave Bioreactor Centrifuge Electrophoresis chamber Gas Chromatography  High — Performance Liquid Chromatography ( HPLC) Incubators Laminar Air Flow Magnetic Stirrer Microcentrifuges Micropippete  Microscope pH Meter Plate Reader  Sonicator Spectrophotometry Thermal Cycler Vacuum Desiccators  Vortex Mixer  Weighing Scale Without laboratories, men of science are soldiers without arms-Louis Pasteur Image Reference https://images.unsplash.com/photo-1582719366768-de4481b828ce?ixlib=rb-4.0.3&ixid=MnwxMjA3fDB8MHxwaG90by1wYWdlfHx8fGVufDB8fHx8&auto=format&fit=crop&w=1170&q=80

Transgenic mice

  Transgenic mice Application of Transgenic mice as an animal model to detect various human disease T here is an intense connection between animals and human beings. The dependence of man on animals for various purposes is well known like man's use of cattle, sheep, poultry, pig, and fish for milk, eggs, wool, etc. To fulfill his needs, man uses improved varieties of animals for various purposes. Nowadays he carried selective breeding methods for the improvement of animals. This method primarily involves a combination of mating and selection of animals with improved genetic traits to create the desired character in animals.  Possible manipulation at the genetic level to get the desired character in animals is known as Transgenesis . Transgenesis refers to the phenomenon of the introduction of exogenous DNA into the genome to create to maintain a stable heritable character. Transgenic animals with new heritable characteristics are known as Genetically Engineered or Genetically Modif

Genus Blepharis : Blepharis mitrata plant

  Genus Blepharis  Blepharis mitrata  plant                                                                        Photo  H ey Friends! Have you any idea regarding Blepharis mitrata ?  No! Then let’s start the discussion about Blepharis mitrata. Blepharis mitrata is a plant found in rocky areas of Namibia (a Country in Southern Africa). This plant does not grow in the dunes. The whole plant is spiny with elliptical-shaped leaves. It is a species of plant in the family Acanthaceae ( the acanthus family). Other species of the Blepharis genus are B.grossa and B.pruinosa . Blepharis mitrata plants have medicinal properties to help cure hemorrhoids, Fontanel hardening, cough, and wounds. Taxonomic details  Kingdom- Plantae Subkingdom- Viridaeplantae Phylum- Tracheophyta Subphylum-Euphyllophytina Infraphylum-Radiatopses Class-Magnoliopsida Subclass-Lamiidae Superorder -Lamianae Order-Scrophulariales Family -Acanthaceae Genus-Blepharis List of Plants of Genus Blepharis Blepharis attenuata N

10 Famous Quotes Related to DNA

  10 Famous Quotes Related to DNA Deoxyribonucleic acid  #1 DNA was the first three-dimensional Xerox machine -Kenneth Ewart Boulding  #2 The greatest single achievement of nature to date was surely the invention of the molecule of DNA- Lewis Thomas  #3 DNA neither cares nor knows. DNA just is and we dance to its music-Richard Dawkins #4 Genes are like the story, and DNA is the language that the story is written, in-Sam Kean  #5 DNA is the messenger which illuminates that connection, handed down from generation to generation, carried, literally, in the bodies of my ancestors.-Bryan Sykes #6 DNA is like a computer program but far, far more advanced than any software ever created .-Bill Gates #7 DNA ties us all together; we share ancestry with barracuda and bacteria and mushrooms if you go far enough back.-Spencer Wells #8 DNA has nothing to do with success. Turn your genes into overalls and get to work.-Darren Hardy #9 God is dancing in our breath, singing in our thoughts, and celebrati

White biotechnology

  White biotechnology Biotechnology in the Industrial Sphere B iotechnology has a wide area of application that plays a very important role in our daily life. There is one important field of biotechnology known as ‘White biotechnology’.White biotechnology is just an implementation of biotechnology in the industrial sphere that helps the growing bioeconomy. The primary key tools of white technology are Biocatalyst . Biocatalysts are widely used in various chemical and agro-food industries.  Biocatalysts are new enzymes and microorganisms that are the improved version of enzymes that act as a toolbox that is used in evaluation techniques that are applied in Enzyme engineering. Now, the question is why this biotechnology is known as white biotechnology the answer is when we apply application part of this field in our daily life during the practical process we use molds, bacteria, yeast, and different enzymes that help to synthesize products that are easy to degrade, they create less wast

50 Important Abbreviations Used in Biotechnology Field

  50 Important Abbreviations Used in Biotechnology Field  ABE : A cetone, B utanol, and E thanol ATP : A denosine T ri p hosphate  ADP : A denosine D i p hosphate  AMP : A denosine M ono p hosphate  APP : A denosine P yro p hosphate AS-PCR : A llele- S pecific P olymerase C hain R eaction  BACs : B acterial A rtificial C hromosomes  CBM : C arbohydrate- B inding M odule  CBP : C onsolidated B io p rocessing  cDNA : C omplementary D eoxyribonucleic A cid COD : C hemical O xygen D emand  CRISP : C lustered R egularly I nterspaced S hort P alindromic R epeats  DRANCO : Dr y An aerobic Co mposting  DNA : D eoxyribo n ucleic A cid  E.coli  : E scherichia c oli  ELISA : E nzyme- L inked I mmunosorbent A ssay  EST : E xpressed S equence T ag  FBA : F lux B alance A nalysis  FISH : F luorescent i n s itu H ybridization  FRT : F lippase R ecognition T arget  GC : G as C hromatography  GEMs : G enetically E ngineered M icroorganism s   GMOs : G enetically M odified O rganism s   G6PDH : G lucos