0
What is the name of the specific molecule to which each base is attached?
Wiki User
∙ 10y ago
They are attached to a deoxyribose sugar.
Wiki User
∙ 12y ago
Add your answer:
Earn +20 pts
How HTML code is interpreted?
HTML Code is interpreted differently by browsers. Each tag has a certain function attached to it.
How many hydrogen atoms in 3NH?
Although 3NH is not a normal molecule, if it did exist, it would have 3 atoms of each, nitrogen and hydrogen.
What is true when a derivation inherits both a virtual and non-virtual instance of a base class?
Each derived class object has base objects only from the non virtual instance
Is base emitter circuit and common base amplifier same?
No the base emitter circuit is not the same as a common base circuit. The three BJT circuits all have the base emitter circuit. Wheter each terminal is common to both inputs and outputs of the circuit determines the type of transistor configuration.Henry Lee Everson PE;229-560-9769
Is it true that by base class pointer you can call only those functions of derived class which are inherited from the base class?
Yes, provided those functions are declared virtual. If they are not virtual, the base class method is implicitly called instead. The base class should be thought of as a common interface to the objects that derive from it, while the derived objects are "more specialised" forms of the base class, which can override the virtual base class methods to produce more specific behaviour. The less derived the object, the less specialised it becomes. Certain functions can be predicted for all derived objects, but cannot be implemented in the base class. For instance, all shapes can be drawn, but a shape base class cannot implement a Draw() function unless it knows what type of shape it actually is. But by deriving specific shapes such as circles and squares from the shape class, they can each provide their own implementations for the Draw() function, which can then be declared pure-virtual in the base class. This not only ensures that every derived shape provides its own Draw() method, but also ensures that no instances of shape can be created other than by derived objects. The shape then becomes abstract; so shape is a conceptual object while circles and squares are actual objects.
Why does a particular tRNA molecule become temporarily attached only to a specific triplet of mRNA?
Each tRNA molecule contains a specific three-base segment (anticodon) which binds to the complementary codon in mRNA,and a binding site for a specific amino acid.
Why does a particular tRNA becomes temporarily attached only to a specific triplet of mRNA?
Each tRNA molecule contains a specific three-base segment (anticodon) which binds to the complementary codon in mRNA,and a binding site for a specific amino acid.
What do you call two different molecules that are attached to each other?
A molecule
What is attached to the tRNA molecule?
Transfer RNA is an inverted "L" shaped molecule. Each tRNA recognizes only one specific amino acid, which becomes attached to the 3'-hydroxyl end (the tail or top of the inverted "L") of the molecule. On the opposite end of the molecule are 3 nitrogen bases called an anticodon triplet, which pair up with messenger RNA codons during translation.
What is the molecule shape of butane?
four carbons attached to each other.
What is the chemical structure of the molecule?
Each molecule has a specific structure.
What is the chemical formula for the molecule?
A molecule contain two or more atoms of chemical elements; each molecule has a specific formula.
What is DNA in your body?
DNA (deoxyribonucleic acid) is a molecule made up of an elaborate arrangement of the base pairs adenine, thymine, guanine, and cytosine. Each specific arrangement of these base pairs in the molecule account for every trait that a living being possesses. More simply, DNA is the blueprint for life.
Each tRNA molecule carries a specific what?
Amino acid
Boiling point of polar molecule?
The boiling point is specific for each substance.
What does chitin have in the glucose backbone?
In chitin's glucose backbone, each glucose molecule is attached to an amino group, turning each glucose molecule into glucosamine, and an acetyl group, turning each monomer into N-acetyl-D-glucosamine.
Why is it important that each receptor protein binds to only one signal molecule?
because every receptor has specific shape on it, which binds with specific molecule.
