Leghaemoglobin is a red-coloured pigment found in the root nodules of leguminous plants. It is named so because it chemically and structurally... View Article
Chromosomes can be classified into 4 types based on the length of the chromosomal arms and the position of the centromere. Sub metacentric... View Article
About 4,000 confirmed reactions are known to be catalyzed by enzymes. However, the actual number might be higher. Also Read: List Of NEET... View Article
In unicellular organisms, cilia and flagella are almost always associated with movement and locomotion. Even in multicellular organisms, the same... View Article
The process of diffusion usually stops when the concentration of the substance is at equilibrium. In other words, there is no movement in one... View Article
Following are a few vestigial organs/ body parts: Nictitating Membrane Auricular Muscles Palmaris Longus Muscle Wisdom Teeth Palmar Grasp Reflex... View Article
In plants, vacuoles are important cell organelles. They perform many roles such as: Storage Waste disposal Structural support Protection ... View Article
A nucleosome is the basic, repeating structural unit of chromatin. Chromatin is the general term that describes DNA wrapped with histones. Main... View Article
As we are aware, there are 5 major levels of organisation for living entities. A group of individuals that are genetically related and can breed... View Article
In order to move substances against an electrochemical gradient, cells need to use ATP. Active transport facilitates this function by expending... View Article
Diffusion is defined as the movement of molecules from a region of higher concentration to a region of lower concentration down the concentration... View Article
One of the most important advantages of meiosis is that it allows greater genetic diversity. It also allows diploid organisms to reproduce... View Article
Passive transport, as the name suggests, occurs passively. This means that the process does not utilize any energy. It is also the simplest form... View Article
