Two strands of DNA intertwined together and twisted to form a double helix.
The sugar phosporous backbone is like the side of the stairs and the nucleotide bases are like the steps of the stairs.
A DNA molecule has a double helix shape, similar to a spiral staircase or a twisted ladder. This shape can also be found in objects like a spiral spring or a corkscrew.
A DNA strand is commonly known as a "double helix" due to its twisted shape resembling a spiral staircase.
The two common names for the structure of DNA are double helix and spiral staircase.
The nitrogenous bases (adenine, thymine, cytosine, and guanine) make up the steps of the DNA double helix. They form complementary base pairs (A-T, C-G) that connect the two DNA strands together like a spiral staircase.
It's a dual-helaxiocase.
Double helix
A spiral staircase is actually a very good analogy for DNA. The railings are like the chains of Deoxyribose (the type of sugar that gives DNA its name) that give the DNA molecule its shape. The steps in the staircase would represent the base pairs (made up of Adenine, Guanine, Thymine, and Cytosine) that contain the genetic information.
It is harder to build a spiral Staircase because if you build a spiral staircase it will be longer and twistier than a straight staircase.
A spiral staircase is a type of screw. A spiral staircase is a type of screw.A spiral staircase is a screw. So it is an inclined plane.
A helical virus has a spiraling structure similar to a spiral staircase. The virus genome is arranged in the middle of the spiral staircase. The Tobacco mosaic virus is a helical virus.
There is no cheat. The spiral staircase is an buildmode object that was intergrated within the apartment life expansion pack. So unless you have that exansion, you are not getting a spiral staircase.
A DNA molecule has a double helix shape, similar to a spiral staircase or a twisted ladder. This shape can also be found in objects like a spiral spring or a corkscrew.
The first spiral staircase is mentioned in the Solomon's Bible. Therefore one can say that the first spiral staircase was created around 3000 years ago. The spiral staircase is the same as 'winding stairs'.
A spiral staircase does not provide a greater mechanical advantage than a steep straight staircase; in fact, it typically requires more effort to ascend. This is because a spiral staircase often has a tighter radius and requires a greater vertical distance to be covered for each step, leading to increased exertion. While spiral staircases can save space and add aesthetic value, they do not reduce the effort needed to rise vertically compared to a straight staircase.
A double helix, like the sides of a spiral staircase.
a (double) helix.
A double helix.