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How do you think understanding the science behind medications helps scientists develop effective treatments for different diseases?

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How do you think understanding the science behind medications helps scientists develop effective treatments for different diseases?

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understanding how medicine works helps scientists create better treatments. It shows them what causes sickness, so they can fix the real problem and not just the symptoms. It also helps them make medicine that’s safe and gives the right amount to each person.

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Understanding the science behind medications helps scientists target the right molecules, design safer drugs, reduce side effects, and improve how treatments work in the body. It also helps them adapt to resistance in diseases.

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Understanding how medicines work helps scientists make better treatments for diseases. It shows how drugs affect the body, which part of the disease to target, and how to make the treatment safer and more effective. This helps in creating new medicines and improving old ones.

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Understanding how medicines work helps scientists make better treatments that are safer and more effective for different diseases.

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Understanding the science behind medication helps scientists create effective treatments by targeting the cause of diseases, choosing safe ingredients and reducing side effects.

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Understanding how substances react in water helps scientists create better medicines because most processes in the human body happen in watery environments like blood. This knowledge allows them to predict how a drug will dissolve, travel, and work in the body. It also helps them design medicines that are safe, effective, and reach the right part of the body without causing unwanted reactions. By knowing how drugs behave in solution, scientists can develop treatments that work better for different diseases.

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The video explains how medicine travels through your body and reaches the bloodstream. Why do you think it’s important for a medicine to dissolve (break apart) before it can work, and how might this relate to what you know about ions in solutions?

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The video explains how medicine travels through your body and reaches the bloodstream. Why do you think it’s important for a medicine to dissolve (break apart) before it can work, and how might this relate to what you know about ions in solutions?

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Understanding the science behind medications helps scientists know how the body works and how diseases affect it. This helps them make better medicines that target the right problem and help people feel better faster.

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Understanding the science behind medications helps scientists know how different chemicals work in the body. This lets them design drugs that target the exact problem, like killing bacteria or blocking pain. It also helps reduce side effects and make treatments safer and more effective for each disease

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When scientists understand the science behind how medications work—such as how drugs interact with cells, how the body processes them, and how diseases affect biological systems—they can:

Create targeted treatments

Improve safety

Personalize medicine

Combat resistance

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Understanding the science behind medicine helps scientists find what causes a disease and how to stop it. This helps them create treatments that work well, are safe, and meet the needs of different patients.

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if the medicine doesnt break down it wont pass through in the body , through places like the stomach wall

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Medicines need to dissolve so they can be absorbed into the body and start working. If they stay in solid form, the body can’t use them well.This is like how salt breaks into ions in water once the medicine breaks into smaller parts it can travel in the blood and help where it’s needed.

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It’s important for a medicine to dissolve before it can work because only dissolved substances can pass through the lining of the stomach or intestines and enter the bloodstream. When a medicine dissolves, it breaks apart into smaller particles—often into individual molecules or ions—that can be absorbed by the body more easily.

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Medicine needs to dissolve so it can be absorbed into the bloodstream and start working. This is like how salt breaks into ions in water—dissolved particles can move and react more easily in the body.

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it’s important for the medicine to dissolve in the bloodstream so that it can take its pain killing affect in the nerve system

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A medicine needs to dissolve in the body so it can be absorbed into the blood and start working. When it dissolves, it breaks into tiny pieces or ions that can travel through your body and reach the right place. This is like how salt dissolves in water and spreads out. If the medicine doesn’t dissolve, it can’t move around or help you feel better.

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Medicine needs to break down, or dissolve, so that it can be absorbed into the bloodstream. Once it’s in the blood, it can travel through the body and reach the specific organs or areas that need treatment. If the medicine doesn’t dissolve, it will just pass through the body without doing its job. Dissolving is the first important step for the medicine to start working properly.

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Medicine must dissolve so it can break into small particles or ions that enter the bloodstream and act where needed, similar to how salts dissolve into ions in water.

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It’s important for a medicine to dissolve so that it can enter the bloodstream and travel to the parts of the body where it’s needed. When it dissolves, the particles (like ions) spread out in the solution, which makes it easier for the body to absorb them. This is similar to how ionic compounds break into ions in water. Just like ions need to be free in solution to conduct electricity, medicine needs to be dissolved to move through the body and do its job.

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Understanding the science behind medications helps scientists target the right molecules, design safer drugs, reduce side effects, and improve how treatments work in the body. It also helps them adapt to resistance in diseases.

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A medicine must dissolve so it can be absorbed into the blood and reach the part of the body where it’s needed. If it doesn’t dissolve, it won’t work properly.

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Medicines need to dissolve so they can be absorbed into the bloodstream. When they dissolve, they often break into ions, which helps them move through the body and start working.

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It's important for medicine to dissolve because that's how it gets small enough to be absorbed into your bloodstream. Think of it like sugar dissolving in water – the tiny sugar particles spread out and can then move throughout the liquid.

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Medicine must dissolve so it can be absorbed into the bloodstream. Like salts forming ions in water, some medicines break into ions to move through the body and start

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When we understandthe science behind medications, this helps create treatments that are safer, more effective, and specifically designed to target the causes of diseases. It also helps reduce side effects and improve how well patients recover.

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to be absorbed into the blood, travel to where it's needed, and work. Many medicines dissolve into ions, which are easily absorbed, travel well in the body, and are chemically reactive.

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A medicine must dissolve so its active ingredients can enter the bloodstream and work.

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Medicine must dissolve so it can break into small particles or ions that enter the bloodstream and act where needed, similar to how salts dissolve into ions in water.

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The science behind medication helps scientists understand how diseases affect the body and how certain chemicals interact with cells, allowing them to design targeted and effective treatments.

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understanding how medications work in the body is essential for developing effective treatments. when a drug is taken, it must dissolve to be absorbed into the bloodstream, and factors like pH and ionization can affect this process. By applying this knowledge, scientists can design and invent drugs that better reach their targets and work more efficiently and better

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Medicine needs to break down so your body can take it in. It's like how salt breaks into tiny bits in water. When medicine breaks down, its small parts can move around and work in your body.