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Advantages of synthetic organics :

Able to facilitated biology and medicine by providing molecules that serve as biological tools and drugs

Helps in increasing the numbers of application that might help to advance more in its current technology

Able to synthesis and design new organic molecules

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Advantages of synthetic organic :

To understand matter at the molecular level and transfrom from one form to another

discover new synthetic strategy and technology

help to shape polymers and other high tech industries

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Advantages of the synthetic organic :
-  to understand matter at the molecular level and transform it from one form to another.
- replicates the molecules of nature  allowed the emergence of other historical discoveries and inventions such as modern medicine.
-  gave birth to new disciplines, including biochemistry, structural biology, chemical biology, and materials science and nanotechnology
- organic synthesis helped shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries.

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1 . Organic synthesis helped shape
the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other
high-tech industries.
2. Enabled and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs.
3. Transform constituents of coal tar and

petroleum into useful and high-value.
4. Enable and facilitate biology.
5. Construct conjugates of biomolecules such as proteins or nucleic acids

with small organic molecules for

biomedical investigations such as imaging, drug delivery, pathway elucidation, target isolation and validation, and diagnostic and therapeutic purposes.

6. Drug discovery and development

products.

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1. empowered biologists to study synthetic peptides and nucleosides.
2. provide the opportunity to utilize the predictability and precision of organic chemistry to produce materials that are well defined at the molecular level.

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1. Drug discovery
2. Shape polymer and plastics agriculture in high-tech industries
3. Able to recreate already existing compounds for medicinal purposes

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1. help to shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries.
2. enable and decisively facilitate biology and medicine by providing molecules that serve as biological tools and drugs.

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1.  Helped shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostic, and other high-tech industries.
2. Enable and decisively facilitated biology and medicine by providing molecules that serves as biological tools and drugs.
3. Bridge structure and functions.
4. Understanding of human biology and guided drug discovery and development.

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Advantage of synthetic organic chemistry:

Helped shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries.

Enabled and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs.

Transform constituents of coal tar and petroleum into useful and high-value products

Rendering rare but precious molecules for biological investigations

Employed to construct conjugates of biomolecules such as proteins or nucleic acids with small organic molecules for biomedical investigations

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Advantages of Synthetic Organic Chemistry
1. shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries
2. facilitated biology and medicine by providing molecules that serve as biological tools and drugs
3. needed for sustainability and advancement of nanotechnology and material science
4. the innovations can be translated into profound benefits for research, technology, and environment

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Advantages of synthetic chemistry

1.  They allowed us to understand matter at the molecular level and transform it from one form to another

2.  allowed the emergence of other historical discoveries and inventions, such as modern medicine, the genetic code, the birth-control pill, and biotechnology

3. Organic synthesis helped shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries

4.  They also gave birth to new disciplines, including biochemistry, structural biology, chemical biology, and materials science and nanotechnology.

5. It literally changed the world and benefited society in untold ways as it grew in power

6.  It also enabled and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs.

7.  Myriad new dyes and pharmaceuticals have since emerged from these hugely successful enterprises that continue to expand, enriching our lives and keeping us health

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1. It allowed us to understand matter at the molecular level and transform it from one form to another.

2. It allowed the emergence of other historical discoveries and inventions, such as modern medicine, the genetic code, the birth-control pill, and biotechnology.

3. They also gave birth to new disciplines, including biochemistry, structural biology, chemical biology, and materials science and nanotechnology.

4. Organic synthesis helped shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other
high-tech industries.

5. It also enabled and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs.

6. To facilitate biology; synthetic peptides and nucleosides were made readily available through automated methods for all intents and purposes.

7. The case of medicinal chemistry and process chemistry as it applies to drug discovery and development is perhaps the most compelling demonstration of the impact of synthetic organic chemistry on society.

8. Biosynthetic studies provide clues as to how nature makes molecules, inspiring synthetic chemists to attempt their synthesis through similar pathways called biomimetic strategies.

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1. modulating a broader array of biological targets
2. growing recognition that innovations in synthetic chemistry are changing the practice of drug discovery
3. power to accelerate the pace and improve the quality of products in pharmaceutical research

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Advantages of synthethis organic chemistry
1. Allows the emergence of historical discoveries and inventions such as modern medicine
2. Helps shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics and other high-tech industries
3. Enables to facilitates biology and medicine by  providing molecules that serve as biological tools and drugs.

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Advantages of Synthetic Organic Chemistry
- Able to understand more about the transformation of the matter to different form and the molecular level
- Allow to discover the new synthetic methods and catalyst
-Able to shape the polymers and plastics, vitamins, diagnostic, agriculture, cosmetics and other high-tech industries

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Advantage of synthetic organic chemistry

-Able to  recreating molecules found in nature to develop pharmaceutical drugs without using a natural source.
- Able to shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries.
-Able to facilitated biology and medicine by providing molecules that serve as biological tools and drugs

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Advantages of Synthetic Organic Chemistry

1. allow us to understand matter at the molecular level and transform it to another form.

2. discover and invent new synthetic strategy and technology

3. shape the polymers and plastics, agriculture, vitamins, cosmetic, and other high-tech industries

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Advantages:
1. Being able to understand matter at the molecular level and transform it from one form to another.
2. Contribute to new discoveries, discipline.
3. Ability to bridge structure and function.

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- Allow us to understand matter at the molecular level and transform it from one form to another.

- Gave birth to new disciplines, including biochemistry, structural biology, chemical biology, and materials science and nanotechnology.

- Help shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries. It also enabled and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs

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- Able to synthesis useful product from raw materials such as coal.

- Discover new drug

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1. It helps us to understand matter at molecular level and transform it from one form to another

2.  it helps to shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries

3. it enables and decisively facilitates biology and medicine by providing molecules that serve as biological tools and drugs

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- Helped shape polymer and plastics, agriculture, vitamins, cosmetics diagnostics, and high-tech industries.

- Contribute to a new discoveries and inventions.

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Advantages of Synthetic Organic Chemistry
-to understand matter at the molecular level and transform it from one form to another
- total synthesis has played a major role as a locomotive to challenge the existing boundaries and limitations of the art
- to construct conjugates of biomolecules such as proteins or nucleic acids with small organic molecules for biomedical investigations

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Advantages of Synthetic Organic Chemistry:

- to understand matter at the molecular level and transform it from one form to another
- help to shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries
- enabled and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs
- birth to new disciplines (biochemistry, structural biology, chemical biology, materials science, nanotechnology)

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The advantages of Synthetic Organic Chemistry

- Encompasses the endeavor of total synthesis and method development.
- Enables and facilitate biology especially in the development of drugs manufacturing.
- Leads to the development of beneficial drugs especially in biopharmaceutical field.
- Advances in molecular levels.
- Improves the manufacturing of the drugs in terms of cost, efficiency and environmentally process.
- Invents new synthetic strategies and technologies and make variations of the parent compound with improved pharmacological profiles.

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1. Allowed to understand matter at the molecular level and transform it

from one form to another.

2. Can replicate the molecules of nature and others like them, together with the analytical techniques that emerged before and after those seminal events, allowed the emergence of other historical discoveries and inventions, such as modern medicine, the genetic code, the birth-control pill, and

biotechnology.

3. Helped shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries.

4. Enabled and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs.

5. Synthetic peptides and nucleosides were made readily available through automated

methods for all intents and purposes.

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Advantages of Synthetic Organic Chemistry:

Enable us to understand matter at the molecular level and transform it from one form to another.

Contributes to new discoveries and inventions.

New disciplines, including biochemistry, structural biology, chemical biology, and materials science and nanotechnology are created.

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- organic synthesis helped shape the polymers and plastics, agriculture, vi- tamins, cosmetics, diagnostics, and other high-tech industries.

- It also enabled and decisively facilitated biology and medi- cine by providing molecules that serve as biological tools and drugs.

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1. to synthesis useful organic compounds related to various fields
2. widely applicable in r&d industries in developing a more efficient way in synthesis process
3. enhance understanding of a molecular compound to be synthesized
4. facilitate medicine production
5. increase productivity and enhancement of green chemistry principle in a reaction during synthesis process

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1- understands the matter at the molecular level
2- able to apply the organic chemistry into polymers, plastics and vitamin
3- able to produce drugs from the biology and medicine facilities

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-Able to understand matter at the molecular level and transform it from one form to another

-Shape the polymer and plastics, agriculture, vitamins, cosmetics and other high-tech industries

-Enable and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs

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Advantages of Synthetic Organic Chemistry

1. Allow to uncover a new synthetic route that is more profit, produce more useful product and reduced unnecessary byproduct.

2. Helps to understand more at quantum level.

3. Helps to increase of the numbers of application that might help to advance more in its current technology.

4. Enhanced its predictability and precision based on its molecular design.

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advantages of synthetic organic

1) Able to understand the matter at the molecular level and transform it from one form to another

2)  gave birth to new disciplines, including biochemistry, structural biology, chemical biology, materials science and nanotechnology

3)  decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs.

4)  to visualize the molecular architecture of a molecule and go into the laboratory and synthesize it from atoms or groups of atoms.

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- discover and invent new synthetic strategies and technologies and make variations of the parent compound with improved pharmacological profiles.
- paves the way for drug discovery and development, thereby decisively affecting human health and well-being.
-allows to comprehend the matter at a molecular level and change its state.

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-shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries.

-to understand matter at the molecular level and transform it from one form to another.

-enabled and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs.

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Advantages of Synthetic Organic Chemistry

-It allowed us to understandmatter at the molecular level and transform it from one form to another.

-It helped shape the polymers and plastics, agriculture, vitamins,cosmetics, diagnostics, and other high-tech industries.

-Can be utilized in predicatability and precision of organic chemistry to produce materials that are well defined at molecular level

- It also enabled and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs.

-Synthetic peptidesand nucleosides were made readily available through automated methods for all intents and purposes. Scarce biologically active natural and designed molecules were synthesized in large quantities

-It employed to construct conjugates of biomolecules such as proteins or nucleic acids with small organic molecules for
biomedical investigations such as imaging, drug delivery, pathway elucidation, target isolation and validation, and diagnostic and therapeutic purposes.

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Advantages of Synthetic Organic Chemistry

1. It allows us to understand matter at the molecular level and transform it from one form to another.

2. Allowed the emergence of other historical discoveries and inventions, such as modern medicine, the genetic code, the birth-control pill, and biotechnology.

3. New disciplines, including biochemistry, structural biology, chemical biology, and materials science and nanotechnology.

4. Helped shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries.

5. Enable and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs.

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Advantages:

1)  helped shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries.

2) enabled and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs

# data[].attributes.body
Advantages of synthetic organic chemistry:

1. Helped shape polymer and plastic, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries.

2. Enable and decisively facilitated biology and medicine by providing molecule that serve as biological tools and drugs.

3. Employed to construct conjugates of biomolecules such as protein with small organic molecules for biomedical investigation such as imaging, drug delivery, pathway elucidation, target isolation and validation, and diagnostic and therapeutic purposes.

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Advantages of Organic Synthetic Chemistry

Able to understand matter at the molecular level and transform it from one form to another

Open new disciplines such as biochemistry, structural biology, chemical biology, materials science and nanotechnology

Enable and facilitated biology and medicine by providing molecules that serve as biological tools and drugs

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- It allows us to comprehend matter at the molecular level and change its state
- Synthetic organic chemistry has the distinction of being both a fine art and a precise science due to its creative nature.

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1.  Allowed us to understand mat-
ter at the molecular level and transform it
from one form to another.

2. Able to replicate the mole-
cules of nature.

3. Helped shape
the polymers and plastics, agriculture, vi-
tamins, cosmetics, diagnostics, and other
high-tech industries.

4. Enabled and
decisively facilitated biology and medi-
cine by providing molecules that serve
as biological tools and drugs.

5. The latter
contribution lifted ancient and medieval
practices out of the darkness of herbal
recipes and alchemy and into the light
and precision of molecular medicine.

6.  Derives from its ability to bridge structure and function.

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1. The synthetic compound created can substitute the natural resources as the source of certain compound, which a large amount of natural resources only yields a small amount of that compound.

2. New pathways can be discovered that produces other useful products.

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Advantages of Synthetic Organic Chemistry
1. Synthetic organic chemistry makes us understand matter at core level.
2. It contributes to new discoveries, disciplines, and inventions.
3. It is capable to bridge structure and function.

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Advantages of synthetic organic

•It helped shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries.

•It also enabled and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs

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Advantages of Synthetic Organic Chemistry

- Allow to understand matter at the molecular level and transform it from one form to another

-  Helped shape the polymers and plastics, agriculture, vitamins, cosmetics, and other high-tech industries

- Able to synthesis and design new organic molecules

- To enable and facilitate biology

-  To construct conjugates of biomolecules (e.g proteins or nucleic acids with small organic molecules for biomedical investigations)

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1.  Able to bring new advances in genomics to produce natural products or intermediates encountered along the biosynthetic pathway.

2.  Can be employed to generate designed analogs of natural products.

3. Able to provide alternative or complementary methods to synthetic chemistry.

4.  Able to discover new synthetic methods and catalysts that can be used to make all kinds of such materials in which expanding their applications and performance.

5. Can be utilized in predictability and precision of organic chemistry to produce materials that are well defined at the molecular level. Hence, increasing the predictivity of functionality based on molecular design.

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there are some advantages :

1) to understand matter at the molecular level and transform it from one form to another.
2) allowed the emergence of other historical discoveries and inventions, such as modern medicine, the genetic code, the birth-control pill, and biotechnology.
3)  organic synthesis helped shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries.
4) synthetic organic chemistry evolved and expanded in scope and reach in new domains of molecular complexity and diversity, delivering molecules for all intents and purposes.

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-To discover and invent new synthetic
strategies and technologies and
make variations of the parent compound
with improved pharmacological
profiles. Eg: Quinine, Penicillin, and Taxol

-Enabled and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs.

-Synthetic organic chemistry
has its allies work in synergy and for the
common good such as isolation and structural characterization of natural products

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1. allow to understand matter at the molecular level and transform it from one form to another.
2. allow rise of historical discoveries and inventions, such as modern medicine, and biotechnology.
3. Create new field of study such as nanotechnology
4. produce compounds that function as biological tools and drugs, allowed and significantly facilitated biology and medicine.

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Advantages:

It enabled and decisively facilitated biology and medicine by providing molecules that serve as biological tools and drugs. It can improve the druge discovery and development as it can extending and improving the lives of people around the world. It can be improved further through new advances in biology and chemistry.

Synthesis helped shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other hightech industries. Synthesis can improve the nature of the product alongside to the function.

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Aireen Nurnilam Athilah Binti Khairul Fauzi

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Aireen Nurnilam Athilah Binti Khairul Fauzi

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Advantages of Synthetic Organic Chemistry:

Enable to understand matter at the molecular level and transform it from one form to another

Have the ability to replicate the molecules of nature together with the analytical techniques that allowed the emergence of inventions

Example: modern medicine, the genetic code, the birth-control pill, and biotechnology

Help to shape the polymers and plastics, agriculture, vitamins, cosmetics, diagnostics, and other high-tech industries