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#Difference between plasmid and cosmid download

⇒ Charon vectors are different from EMBL vectors because ⇒ Charon 34 and Charon 35 are the examples of Bacteria cells that are successfully transformed with this plasmid are able. It is approximately 4300 bp in length and has two antibiotic resistance genes: Ap (Ampicillin) and Tc (Tetracycline). ⇒ P1 cloning vector allow cloning of DNA of the length of Plasmids - pBR322 and pUC8 pBR322 Plasmid One of the first plasmids to be used in recombinant genetics was called pBR322. Inability of two different plasmids to coexist in the same host cell in the absence of selection pressure. Inability of a plasmid to grow in the host ⇒ EMBL 3 and EMBL 4 are replacement vectors, which can clone DNA up to ⇒ Maximum size of foreign DNA that can be inserted into a replacement vector is ⇒ Select the wrong statement about plasmids? Helps whole genome in circularization and ligation ⇒ PBR 322 has/have which of the following selection marker(s)? ⇒ Plasmids which are maintained as limited number of copies per cell are known as ⇒ Size of the DNA that can be packaged into a λ phage isĬarry transfer genes called the tra genes ⇒ Maximum size of foreign DNA that can be inserted into an insertion vector is ⇒ Difference between λ gt 10 and λ gt 11 vectors is that ⇒ Plasmids which are maintained as multiple copy number per cell are known as ⇒ Charon 34 and Charon 35 can clone DNA upto Plasmid vector carrying origin of replication of plasmid only Plasmid vector carrying origin of replication of λ phage only Plasmid vector carrying λ attachment (λ att) site Plasmid vector carrying λ phage's cos site

#Difference between plasmid and cosmid download

While all noble gases are inert gases, not all inert gases are noble gases.Login / Register Download app for fast access + Download from play storeĪdd to Bookmark All Engineering + Electrical Computer Civil Mechanical Chemical Aotumobile Electronics Medical Science All Competitive exam data + Previous Papers Online Mock Test Vedic / Quicker Math Aptitude Reasoning General Knowledge English / Verbal Speak English Unit converter All Dictionary + Picture Dictionary English to Afrikaans English to Arabic English to Bengali English to Chinese English to English English to French English to German English to Gujarati English to Hindi English to Italian English to Japanese English to Kannada English to Korean English to Malayalam English to Marathi English to Nepali English to Portuguese English to Punjabi English to Russian English to Spanish English to Swedish English to Tamil English to Telugu English to Thai English to Turkish English to Urdu Know your baby name + Search baby / your name My Favorite List Teaching / Schooling Entertainment + Quotes (all category) Jokes (Hindi,Urdu,English) All Management courses + Marketing (HRM)Human Resource Management Web Tutorials + + Objective Questions (MCQ) All topics + Theory / Tutorial HTML CSS PHP JavaScript Read More My Account + My Account My Dictionary My Electrical Engg My Aptitude My English My General Knowledge Visit Contact us + Contact us / Help About us Privacy Policy About Copyright However, noble gases can be made to react under extreme condition.

Under ordinary conditions, both inert and noble gases are non-reactive. On the other hand, argon, krypton, and xenon can form chemical bonds since these gases are weakly reactive. However, these gases can be made to react or be turned into compounds under extreme conditions, except for helium and neon, which do not undergo chemical bonding. These monoatomic gases, which are odorless and colorless, possess valence shells that are completely filled, a characteristic that makes noble gases quite unreactive.

There are six noble gases, namely argon, helium, krypton, neon, radon, and xenon.

Inert gases are also used to purge transfer lines and vessels to keep residual process fluids and solvents from catching fire in oil refineries and other plants.īelonging to the group 18 of the periodic table of elements, noble gases have very low to no reactivity.

Inert gases like humidified argon is used to protect important historical documents from degradation.

As a food preservative, inert gases can be used in the packages to keep oil from becoming rancid.

This means these gases have atoms with electron shells that are completely filled so there is no need to react with other chemical species.īecause inert gases are non-reactive, they are often used in certain situations to keep unwanted chemical reactions from happening. The non-reactive quality of inert gases is due to the fact that the valence shells of inert gases are complete. This process is what helps keep it stable. Generally, atoms react with other chemical species by either filling all the electron shells or taking away the electrons located in the outermost shell. Inert gases are non-reactive gases in that they do not undergo chemical reactions. Gases are classified into two: inert and noble. Gas is one of the three physical states substances are known to occur in.

Difference between Inert Gases and Noble Gases