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Nucleic Acids

Nucleic acids are the main information-
carrying molecules of the cell, and, by
directing the process of protein synthesis,
they determine the inherited characteristics
of every living thing.

Just like the picture above it is a blueprint
where it serves as a guide for implementing
the service plan by showing the sequence
of steps needed to deliver a service, with
this it has the similar function of nucleic acid
where it also serves as a guide for protein
synthesis.

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Nucleic acid

Of all biological molecules, the most fundamental constituents of living cells are nucleic acids. Their primary function is to store and transmit genetic information in every cell of living organisms. Much of an organism’s physical and functional development throughout life is programmed in these molecules.

I used AC adaptor and application like Gmail because they likely similar to nucleic acid, to store information, transmit and provide power for your laptop.

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Lipids

Lipids are organic compounds that are used by cells as building blocks for the synthesis of

long-term energy stores. They are hydrophobic and insoluble in water because they have hydrocarbon chains that are nonpolar and repellent to water. It is important because it store energy and plays an important role in living organisms. It is also use for protection and lubrication.

From the image above refrigerator, cabinet and gas tank are things that is similar to lipids because they can be used as a storage just like lipids.

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Proteins

Protein helps your body repair cellsand make new ones.

All nine essential amino acids are required for human survival. Protein is necessary for the formation of bones and other body structures, such as muscles, but it also serves other functions. Protein is involved in nearly every cellular process. Protein is involved in metabolic reactions, immunological responses, supplies energy, aids in cellular repair, helps create blood cells, and more.

I compare protein to tape because as you can see at the photo above, it fixed the broken phone stand and just like protein also it repairs your cells

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"It's our body's primary source of energy — that's what it likes to use. "  #CARBOHYDRATES #FUNCTION/ROLE

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Carbohydrates serve various essential functions in our body. These provide us energy for daily activities and are the main fuel source for our brain's high energy demands. Carbs are found naturally in many meals such as pasta, fruit, vegetables, milk, and bread; Often, they are added to prepared foods to balance nutrition and improve taste and texture - thus, they play an important role.
As seen above, carbs may be related to the sun, which is the original source of the majority of the energy present on Earth.  For example, plants need sunlight to grow and survive as well as animals, including humans, need plants for food and the oxygen they produce. Without heat from the sun, Earth would freeze. There would be no winds, ocean currents, or clouds to transport water. We need sunlight in the same way that we need carbs in our bodies.
Furthermore, our ability to run or undertake any daily activity is dependent on the body's ability to extract energy from ingested food. As potential fuel sources, carbs in foods take numerous metabolic pathways in the body, yet they all eventually provide water, carbon dioxide, and chemical energy termed adenosine triphosphate (ATP). Consider ATP molecules to be high-energy chemicals or energy-storing batteries. Batteries, as shown in the picture, maybe thought of as carbs for any object or thing to function and work since they generate power and provide energy. Just like the human body, carbs store energy as they fuel our bodies, allowing us to undertake any tasks and job.

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Lipids

In biology and biochemistry, a lipid is a macro biomolecule that is soluble in nonpolar solvents.

The main biological functions of lipids
include storing energy, as you can see
on the picture above it is a flash drive
which has the same function as lipids
which is to store energy, as lipids may
be broken down to yield large amounts
of energy. Lipids also form the structural
components of cell membranes, and
form various messengers and signaling
molecules within the body.

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Proteins

Proteins themselves are major structural
elements of cells.

With the picture above it is a lego blocks
that are use by kids to create structures
like proteins they are structural elements.

Proteins also serve as transporters,
moving nutrients and other molecules
in and out of cells, and as enzymes and
catalysts for the vast majority of chemical
reactions that take place in living organisms.

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Carbohydrates

The four primary functions of
carbohydrates in the body are
to provide energy, store energy,
build macromolecules, and spare
protein and fat for other uses.

As the example picture above it is a
charger which has the same function
as carbohydrates that is to provide
energy.

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Proteins

Proteins are important that play many critical roles in the body. It is required to heal muscle and helps the body to gain weight, grow and repair organs. These proteins provide structure and support for cells

. As you can see in the image above balloon represent a muscle and the band-aid as a protein that helps the muscle to heal and repair.

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Carbohydrates

Carbohydrates, or carbs, are sugar molecules. Along with proteins and fats, carbohydrates are one of three main nutrients found in foods and drinks. Your body breaks down carbohydrates into glucose. Glucose, or blood sugar, is the main source of energy for your body's cells, tissues, and organs. Carbohydrates provide the body with glucose, which is converted to energy used to support bodily functions and physical activity.

Like carbohydrates, motor cycle’s engine provides power to motorcycle and enable it to move.

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Nucleic acids

The primary function of nucleic acids is to store information that is used in the production of proteins.

The most important macromolecules for life's survival are nucleic acids. They contain a cell's genetic blueprint as well as instructions for the cell's operation. Deoxyribonucleic acid (DNA) and ribonucleic acid (RNA) are the two main forms of nucleic acids. DNA, or deoxyribonucleic acid, is a molecule that contains the biological instructions that distinguish each species, while ribonucleic acid (RNA) is a DNA-like molecule. RNA, unlike DNA, is a single-stranded molecule. The backbone of an RNA strand is made up of alternating sugar and phosphate groups.

I both compare CPU and folder to Nucleic Acid because their role is the same to nucleic acid, they both store information.

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Lipids

Lipids provide energy, regulate hormones, convey nerve impulses, cushion important organs, and transport fat-soluble nutrients, among other things.

Lipid is important because they are necessary for your body's protection and insulation. A layer of fats formed of lipids exists just beneath the skin to regulate your internal body temperature. Similarly, there is a layer of fat surrounding your important organs that protects them from injury.

I compare USB and hardrive to lipids because their function is the same as lipids, they both transport things to another.

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Carbohydrates

Carbohydrates are one of our diet's three macronutrients, and its primary purpose is to provide energy to the body.

Carbohydrates are your body's primary energy source, helping to power your brain, kidneys, heart muscles, and central nervous system. Fiber, for example, is a carbohydrate that improves digestion, keeps blood cholesterol levels in line, and keeps you feeling full.

I compare carbohydrate to charger and electricity because electricity is the main source to provide energy and without electricity the charger will not work, just like carbohydrates without energy our body is weak.

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" Controlling, maintaining, like a controller as well as stores and transports information like a laptop." #NUCLEIC_ACIDS #PRIMARYROLE

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Nucleic acids are biopolymers or large biomolecules essential for all forms of life.

Well, nucleic acid is a set of signals or cell regulations. They specify whether to express one now or later dependent on the cell's environment.
When a cell requires glucose, for example, when the contents of the glucose inside the cell are sufficient, glucose or the metabolites send a signal to the nuclear of the cell, which contains nucleic acid, and then activates the set of rules to stop pumping in the glucose or deactivates the set of rules to pump in the glucose.

However, if you question what the nucleic acid function is without the cell, I believe it is similar to a message to whom it is not mentioned.

Its roles in the live cell are as follows:

- DNA transmission from one generation to the next (when the cells are dividing)
- To control and regular protein expression by increasing M-RNA
- Synthesize protein and so on.

Similar to how a controller controls an object or character in a game, likewise nucleic acids maintain and regulate all biological activity by turning genes "on" or "off" (DNA). The second form of nucleic acid, RNA, is primarily responsible for protein production.
In addition, while a laptop is capable of storing and transporting digital information from one site to another, it is likewise in the role of nucleic acid where it stores cell genetic information and is responsible for exploiting this genetic information stored in DNA to produce the hundreds of proteins found in living creatures.

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" Functions of Lipids in the Body: Storing Energy " #LIPIDS #IMPORTANTFUNCTION/ROLE

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Lipids are vital for all life on Earth to exist. They play a variety of essential roles in an individual's wellbeing. The most significant role of lipids is that they serve as the building blocks of cellular membranes, as well as energy storage, insulation, cellular communication, and protection.
Similar to a power bank, whose major aim is to store energy in order to provide and supply power to modern electronics when they run out. Carbohydrates provide a quickly available source of energy, whereas lipids serve largely as an energy reserve. The number of lipids kept as an energy fuel vastly outnumbers the amount of glycogen stored since the human body simply cannot store as much glycogen as lipids.
Likewise, lipids are the body's primary long-term energy storage molecules, comparable to a USB flash drive, which is utilized for supplemental or reserve storage, backup, data transmission between computers, and product information dissemination. Furthermore, because they are tiny and light, these macromolecules offer a good method for storing excess energy.

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" An important building block of our body - bones, muscles, cartilage, and skin. "   #PROTEINS #SIGNIFICANT_ROLES

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Protein is essential for the growth of bones and other bodily tissues such as muscles, but it accomplishes much more. Protein plays an important role in almost every biological processes. It is involved in metabolic activities, immune responses, provides energy, aids in cellular repair, and helps to produce blood cells, among other things.
Moreover, these are found in every cell of the human body and are considered necessary for proper growth and development. Protein is responsible for the repair and strengthening of muscle tissue.
As you can see in the image, it may be an illustration of protein's important role in our bodies, where tissues or paper were repaired with tape. This tape represents a protein since its function states that it fixes bodily tissues, so as the tape simply repairs household items such as ripped papers like the example above.