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Ahmad Ibrahim

Headline: Renaissance Inventor Unveils Revolutionary Surgical Instrument

Inventor: Giovanni De Liuzzi

Description: De Liuzzi's invention, known as the "Surgical Scissors," is a precise and durable tool designed for cutting and dissecting tissues during surgical procedures. Featuring sharp, curved blades and a sturdy handle, it enables surgeons to perform intricate surgeries with greater accuracy and efficiency.

Year Created: 1492

Development Time: After years of meticulous experimentation and refinement, De Liuzzi successfully developed the Surgical Scissors over a span of approximately five years.

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Wael alotaibi

Hippocrates is considered to be the father of modern medicinebecause in his books, which are more than 70. He described in a scientific manner, many diseases and their treatment after detailed observation. He lived about 2400 years ago.

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Ghazi Aboura 9E

5\8\2024

Renaissance medical news report

Location: Florence, Italy

Headline: Renaissance Medical Breakthroughs Unveiled

Florence's Renaissance scholars has being led by Leonardo da Vinci is showing incredible discoveries about how our bodies work. Their detailed drawings of bones and organs are helping doctors understand how to treat sickness better. By using herbs and changing diets, they are finding new ways to help people feel better. This could make healthcare much better for everyone in the future.

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Yousef Saddique 9F

Renaissance News

Vesalius Transforms Medical Knowledge with New Book

In 1543, Andreas Vesalius, a brilliant Flemish physician, has unveiled "De humani corporis fabrica," a detailed recounting of human anatomy. This remarkable book, developed over ten years, is filled with intricate illustrations that reveal the complexities of the human body like never before. Doctors and scholars are praising it as a major breakthrough that will greatly improve medical practice and education.

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Abdulrahman Turki Alshubaili 9E

News:

Reporter: Breaking news! Today a scientific breakthrough has just been broken by the maker, Zacharias Janssen! Everybody please welcome him!

Audience: Claps

Zacharias: Thank you for having me today! A couple of weeks ago, I have successfully invented the first compound microscope. It allows you to study microscopic organisms.

Reporter: Wow! That is really something interesting, now would you like to tell us if your invention will lead to the discovery of more medicine by prompting the youth today to study the microscope.

Zacharias: Yes, I believe this idea and intentioned will be transformed into something much better in the future. I believe it will help create something to combat bacteria that I discovered when testing my microscope

Reporter: Thank you so much for coming onto the news today, everyone give Mr. Zacharias a round of applause.

Zacharias: Walks away and waves goodbye

Inventor: maker Zacharias Janssen

Invention: compound microscope

Zacharias created the first compound microscope with two lenses. This meant they could study cells and bacteria. This invention lead to the creation of antibiotics. Antibiotics are designed to combat bacteria by making the human body produce a lot of white blood cells.

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Laith melhem and Khaled Saadeh 9A
**The Renaissance Gazette**

*Leonardo da Vinci Introduces Revolutionary Surgical Needle*

Florence, April 22, 1493

Master Leonardo da Vinci astounds once again with his latest creation, the "Da Vinci Surgical Needle." This slender, precision-crafted tool promises to transform surgery by simplifying and refining the delicate art of suturing wounds. Developed over six years of tireless experimentation, this invention heralds a new era in medical science, reducing trauma and risk in invasive procedures.

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Khaled Saadeh 9A
**The Renaissance Gazette**

*Leonardo da Vinci Introduces Revolutionary Surgical Needle*

Florence, April 22, 1493

Master Leonardo da Vinci astounds once again with his latest creation, the "Da Vinci Surgical Needle." This slender, precision-crafted tool promises to transform surgery by simplifying and refining the delicate art of suturing wounds. Developed over six years of tireless experimentation, this invention heralds a new era in medical science, reducing trauma and risk in invasive procedures.

*Reported by Giacomo di Firenze*

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Q1 - Anmar Alghamdi News

Luxurious Wedding Feast Delights Nobility

In the grand halls of the Duke of Florence's palace, a lavish wedding feast took place yesterday, honoring the union of Leonardo, the Duke's son, and the noble Lady Isabella. The illustrious event was attended by esteemed guests from across the land, including foreign dignitaries and members of the high court.

The banquet tables were adorned with abundant delights, showcasing the finest culinary creations of renowned chefs. Guests were treated to succulent roasts, exquisite pastries, and a plethora of wines from the Duke's own cellars. The air was filled with the sweet scent of spiced plums and roasted meats, enhancing the festive atmosphere.

As the evening progressed, the Duke's court musicians entertained the assembly with melodious tunes, creating an ambiance of merriment and joy. Dancers swirled gracefully across the marble floors, their colorful costumes dazzling under the flickering candlelight.

The happy couple, resplendent in their regal attire, exchanged vows of love and devotion, sealing their union with a kiss that was met with thunderous applause. The Duke himself raised a toast to the newlyweds, wishing them prosperity and happiness in their life together.

As dawn broke over the city, marking the end of the extravagant celebration, the echoes of laughter and music lingered in the palace halls, a testament to the splendor of this momentous occasion.

Stay tuned to Anmar Alghamdi News for more updates on the latest events and developments in the realm !

Q2 - Surgical Instruments and Techniques, such as:

The use of artificial limbs and prosthetics

Q3 - Ambroise Paré, a renowned French barber-surgeon of the Renaissance era, introduced groundbreaking surgical techniques and instruments aimed at improving patient outcomes. Among his notable inventions was the introduction of ligatures for controlling bleeding during amputations. Instead of cauterization, a painful and imprecise method, Paré utilized ligatures to tie off blood vessels, thereby reducing blood loss and increasing the chances of survival. This innovation not only minimized patient suffering but also enhanced the effectiveness and safety of surgical procedures.

The technique of ligature-based hemostasis was introduced by Ambroise Paré in the mid-16th century, with his first documented use of ligatures occurring around 1552.

Paré's development of ligature-based hemostasis was the result of years of experimentation and observation. While the exact duration is difficult to ascertain, it likely took several years for Paré to refine the technique and demonstrate its efficacy through practical application and empirical evidence.

Paré's pioneering work in surgical innovation revolutionized the practice of medicine during the Renaissance, laying the foundation for modern surgical techniques and contributing to the advancement of patient care worldwide.

Anmar Alghamdi

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Asir Money 9E Headline: Breakthrough in Medical Science: The Invention of the "Ligature"

Year: 1537

Inventor: Ambroise Paré

In 1537, the renowned French barber-surgeon Ambroise Paré unveiled his revolutionary invention, the "ligature," designed to stop bleeding during amputations. This ingenious device, developed over approximately one year, replaces the traditional method of cauterization, significantly reducing pain and infection risk for patients.

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yousef khalid 9A

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Salman Al Sudairy 9B

MEDICAL INVENTION

MICROSCOPE. The microscope was invented by Hans and Zaccharias Janssen in 1590. it was a simple microscope with two lenses of different power at the end of the tube. The development of the microscope was a slow process that involved several advancements in optics and technology over many centuries.

A Dutch polymath, Antoine van Leeuwenhoek developed the microscope paving the way of microbiology.

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Okay guys.. its me in the video whos done all the trolling.. im sorry

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बोधित करने के लिए जगह दी 

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बोधित करने के 

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बोधित करने के लिए जगह दी गई थी, जिसे कोई व्यक्तिगत बयान में पढ़ने की उम्मीद कर सकता है। निबंध का अधिकांश भाग उनके थीसिस कार्य की चर्चा के लिए दिया गया है, जिसमें "एक छोटी कांच की ट्यूब में लौ के प्रसार" की जांच शामिल है। आंकड़े प्रायोगिक कार्य को दर्शाते हैं और प्रारंभिक थीसिस परिणामों की सफलता का प्रतिनिधित्व करते हैं, जो उस संभावित बिंदु को स्पष्ट रूप से दर्शाते हैं जिस पर लौ विस्फोट तक पहुंच गई थी।

उदार कला छात्र नमूना
उदार कला के छात्र का तीन पेज का व्यक्ति

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Evan Wienand office on sunday

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Ali Alsaffar 9D

1302

A new invention was just created yesterday called an autopsy. The first legal autopsy,

which happened yesterday, was done by Bartolomeo da Verignana. An autopsy is when someone looks over a recently deceased body to determine the cause of death. This invention has been planned since 1231, when the law to authorize human dissection

was just passed.

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Salman Alrubaish 9E

Ambroise Paré was a well-known Renaissance physician who made important contributions to the science of medicine. He was a French surgeon. The development of surgical tools and methods, especially for the treatment of injuries suffered on warfare, was one of his major inventions. One of Ambroise Paré's revolutionary techniques was treating wounds by ligating blood vessels rather than cauterizing them, which decreased pain and sped recovery. Also he developed safer and more effective amputation techniques, which improved predictions for patients with serious injuries. Through his revolutionary work in the 16th century, Paré transformed surgical techniques and set a standard for healthcare, especially in the area of treating catastrophic injuries and amputations. His years of commitment to perfecting surgical equipment and methods contributed to the development of modern surgical practices still used today.

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osama mansour

Andreas Vesalius

Through his careful anatomical drawings and studies, renowned anatomist Andreas Vesalius has revealed a ground-breaking innovation in the field of medicine. Vesalius challenged the conventional wisdom of his day by revolutionizing our understanding of human anatomy through his painstaking analyzations and observations. Created in 1543, Development Time: Vesalius committed himself to the difficult task of dissecting human cadavers over a number of years, meticulously recording his findings. His research, which was included in the well-known book "De humani corporis fabrica," has revolutionized the field of anatomy and medical education.

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Mahmoud Baassiri 9B

Meet Johannes Gutenberg, the man who invented the "Printing in 1440, in the midst of vibrant Renaissance streets. This innovative tool facilitates the rapid and multi-copy exchange of medical knowledge among physicians. Thanks to Gutenberg's pill, knowledge of cures and treatments spreads like wildfire, assisting in the well-being of a greater number of people. For a more healthful Renaissance, take the Printing Press Pill now!

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⁤mohammad arar 9b

Inventor: Andreas Vesalius ⁤

⁤Invention: De humani corporis fabrica (On the Fabric of the Human Body) ⁤

⁤Description: Belgian anatomist Andreas Vesalius has revealed his work. ⁤⁤This treatise emphasizes dissection and introduces the “anatomical” view of the human body. ⁤⁤It will revolutionize medical understanding. ⁤

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Majd Matraji 9B

French surgeon Ambroise Paré invented a new technique for amputation using silk threads to tie off blood vessels during surgeries. This method, created in 1529, replaced the painful cauterization method and significantly improved patient outcomes and post recovery. Paré dedicated approximately 10 years to developing and perfecting the technique, utilizing his extensive anatomy and surgical expert. This technique, which reduced infection risk and improved patient outcomes, revolutionized the field of surgery and the standard of care for patients undergoing amputation procedures.

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Nasser Ghoneim 9B

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mohammad arar 9b Women in Medicine Before World War I:

During the Renaissance and Reformation, women played crucial roles as healers.

Midwives were significant providers of obstetric care.

Other women prepared medicines and provided nursing care.

Gender influenced patient experiences and medical practices.

While some women made significant contributions, their work was often overlooked.

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Mohammad al khowaiter 9A

X-ray Machine News Report.
The X-ray machine is a very important machine in the medical world. The name of the inventor was Wilhelm Rötgen. X-ray is a machine that uses a form of electromagnetic radiation which is similar to visible light. The intended use of the X-ray was a way to show an image that can help your doctor see your bones to see if they are broken or not. The time it took to create the X-ray machine is unknown but it was developed in 1895 and went into use in 1896. The reason  that it was invented was because some physicists and physicians wanted to investigate the lung of a patient. This machine has heavily changed society’s life because it help discover new diseases and help people heal faster because the doctors have more information to work with.

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Fouad and Yehia 9A

The Internet was invented by Vinton Cerf and Bob Kahn in the 1970s to create a decentralized communication network. Its main purpose is to facilitate information exchange globally. It changed society by democratizing access to information and communication, revolutionizing how we learn, work, socialize, and conduct business.

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Faisal Shaheen 9D

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Sanad Izmiqna 9c

In a discovery, physician and inventor, Dr. Leonardo da Vinci, has shown his latest creation, the "Surgical Suture Device." This invention consists of a needle attached to a handle, allowing for stitching of wounds, thus aiding in the healing process. Created in the year 1492, after years of experimentation, this innovation is set to revolutionize the field of medicine. Its development has taken approximately five years, and experts predict that it will significantly reduce the risk of infection and improve patient outcomes.

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Inventor Leonardo da Vinci has unveiled his groundbreaking creation, the "Sanguineous Transfusion Apparatus."

The "Sanguineous Transfusion Apparatus" is a device designed to facilitate blood transfusions, enabling the transfer of blood from one person to another. This innovation holds immense potential for treating various ailments and saving lives.

Created in the year 1485, the "Sanguineous Transfusion Apparatus" is the result of Leonardo da Vinci's tireless efforts and meticulous craftsmanship.

Mohamad Adam 9E

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Adam Zaidan - 9D

In 1536, after years of experimentation, Pare introduced the arterial ligature. This creative device consists of a curved needle threading surgical silk. Surgeons would use the needle to pass the silk around a severed artery, then tie it securely, effectively stopping the flow of blood. Previously, hot iron was used to sear wounds, a painful and often a worthless method. Pare's ligature promises swifter and safer amputations for soldiers and civilians alike.

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Faisal alamad 9C

NEWS: Just in!

Doctor in medicine sector Ambroise paré discovers a new effective way of sealing up an open wound. The Doctor simultaneously ran out of hot oil to seal the open wounds and decided to take thinking a step further by using herbs, ointments and bandages folded up by stitching them on the damaged part in which is a new way that may change the future of medical treatment in terms of health and even ease. Thank you!

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Faisal Khoujah 9-C

The first confirmed building of a submarine comes from 1620, with a submersible designed and built by Cornelis Drebbel, a Dutchman in the service of King James I of England. His device used oars to steer, and between 1630 and 1624, two improved versions were tested in the River Thames

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Asir Money 9-E The Remarkable Medical Discovery by Ambroise Paré: The Ligature!

"In the year of our Lord 1552, the famous French barber-surgeon Ambroise Paré gave us what is now considered a revolutionary invention in the field of medicine: the Ligature.". And this is a very clever way; for it binds the arteries at the time of operation, and stops the effusion of the blood—a vast improvement over the old practice of using boiling oil for the purpose of cauterization. But for many years, with great application and close study, did the birth of this life-saving technique come to be.

This novel method promises to save countless poor souls the agony of the knife. Following is a simple drawing representing the process of the ligature and its application in surgical work. This news brief is meant to inform the public about this very important advance in the medical field and the new avenue, which can be used to save lives during surgery.

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Swazi 9B

Zacharias Janssen's invention of the microscope in 1590 represents a significant leap forward in Renaissance science. This optical device, featuring a combination of convex and concave lenses, allows for the magnification of small objects, greatly improving both scientific and medical exploration.

Though the exact duration of its development remains unclear, it required years of experimenting. The microscope's introduction promises to revolutionize our understanding of the microscopic world marking a historic moment in Renaissance scientific achievement.

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wael alotaibi 9B

Florence, May 8, 1507 - Master Leonardo da Vinci, renowned for his artistic brilliance, has recently unveiled a new tool that may prove useful in surgical procedures. The invention, known as the surgical forceps, aims to assist surgeons in delicate tasks.

The surgical forceps are carefully crafted instruments with slender arms and a hinge in the middle, allowing for controlled movement. The jaws of the forceps are designed to provide a better grip during surgical operations.

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Saar Alnafea , Aba Jabr 9B

Wei Boyang created gun powder. It’s the the earliest known chemical explosive. Gunpowder has been widely used as a propellant in firearms, artillery, rocketry, and pyrotechnics. It was mad in the 9th century AD during the Tang dynasty. It took about 8 years to complete.

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Abdullah.hussain9A

Headline: Leonardo da Vinci Unveils Revolutionary Medical Device!

Dateline: Florence, Italy, 1490

Leonardo da Vinci, the famed polymath, has introduced a groundbreaking medical invention to the world! Dubbed the "Anatomical Manuscript Wheel," this ingenious device is designed to aid in the study of human anatomy. It consists of multiple layers of transparent overlays, each displaying different anatomical structures such as muscles, organs, and bones. With a simple turn of the wheel, medical students and scholars can explore the human body in unprecedented detail. It is estimated that da Vinci spent several years perfecting this remarkable tool, which promises to revolutionize medical education and research.

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A simple sketch of Pare's Flesh Ligature

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Ahmad Helal, 9B

Latest in Science: The Flesh Ligature! (1547)

Veteran Barber Surgeon, Ambroise Pare, has lead the scene with a new breakthrough in medicine! War is bound to bring fatal injuries, and injuries are best left treated, however our previous methods of sealing such wounds are "barbaric" according to Ambroise. He has come up with the technique of stitching flesh wounds shut with silk, completely stopping blood flow. Experiment results have shown much more favorable results in soldiers who've had their wounds stitched compared to those who've had them cauterized before! Ambroise says that it took him his life's work to come up with such an idea, absolutely wonderous!

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Mushari Almarzoug 9C

Renaissance News Report: Groundbreaking Medical Device Unveiled

In the year of our Lord 1543, a marvel of medical ingenuity emerges from the workshops of Andreas Vesalius, a renowned anatomist and physician. His invention, the anatomical chart, meticulously details the inner workings of the human body, aiding in the understanding of anatomy and aiding physicians in diagnosis and treatment. Years of tireless research and collaboration with skilled artisans culminated in this groundbreaking creation, promising to revolutionize the practice of medicine for generations to come.

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Daylin 9B

Breaking news Frenchman Ambroise Pare has found a new way to treat wounds. After 20 years of working in the army and treating wounds he found out that instead of sealing the wound with red hot iron and pouring boiling oil on it you can cover it up with bandages. The Frenchman also found out that you could stitch the artery’s with silk to stop bleeding. After centuries of using Galen’s method and other techniques will this one become more effective and better for us humans? There you have it the Frenchman Pare with his new idea.

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Omar al Askari 9E Title: The Clever Medical Device Revealed by

Master Leonardo da Vinci

Famous polymath Leonardo da Vinci, who is highly regarded for his artistic talent, has once again amazed the world by creating a ground-breaking medical breakthrough. His creation, the "Da Vinci Armillary Sling," was created in 1487 with the intention of completely changing how arm fractures are treated. This clever device, which took three years to create, provides immobilization and support for fractured limbs to promote the best possible healing outcome while minimizing patient discomfort. Leonardo's unwavering commitment to innovation keeps pushing the frontier of human creativity.

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Scottish doctor Alexander Wood is credited with inventing the modern hypodermic syringe in 1853. His goal was to treat pain in just one area of the body. He attached a hollow needle, an earlier invention by Irish doctor Francis Rynd, to a plunger. Its purpose was to inject substances into the body or extract fluids from the body, such as extracting blood from a vein.

Saif 9c

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Ibrahem Aldoghaithr 9F

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November 7th, 1564

BREAKING NEWS: A SHOCKING NEW MEDICAL INNOVATION HAS JUST BEEN MADE! A STEPPING STONE, OR DUD? (Raed Khan 9B)

This just in, army surgeon, Ambriose Pare has just recently released his new book, "Treatise on Surgery". In it, he reveals a new technique called ligatures in an attempt to replace cauterising iron for open wounds and injuries, calling it "too old and cruel". As stated in his book, to perform ligatures, he needed a needle and silk, and using those, he would sew an open wound shut. According to him, it took him about a month to figure this innovation out. Ambriose Pare states that this would be a much less painful alternative to burning iron and much more effective. If you ask me, this could be great!

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Abdulaziz Alsudairy Gr.9C

In Florence's busy streets, Leonardo da Vinci introduces his new creation, the "Da Vinci Surgical Robot," in 1495. This innovative device helps surgeons perform precise and accurate procedures. After years of careful development, this robot is set to transform the medical field, leading to faster recoveries and better surgical results.

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Abdulrahman Alyahya 9F

Paris, 1537: Renowned French surgeon Ambroise Paré unveils his groundbreaking ligature technique, revolutionizing the field of surgery. This innovative method involves tying off blood vessels during amputations and surgeries to prevent excessive bleeding, significantly reducing patient mortality rates. After years of meticulous experimentation and refinement, Paré's technique has finally come to fruition, marking a pivotal moment in medical history.

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Saeed Afandi 9F

One medical invention from the Renaissance is the development of the smallpox vaccine by Edward Jenner. Jenner noticed that people who had been exposed to cowpox, a cow disease, were resistant to contracting smallpox. He developed a vaccine using the cowpox virus, and in 1796, he inoculated James Phipps, the son of his gardener, with a sample of the vaccine. Phipps was later exposed to smallpox but did not contract it. This proved that the vaccine was effective, and it became the first successful vaccine ever developed.

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Adham Yousef 9f

Between the 1530s and 1540s Ambrose pare invented stitches he invented it to treat his soldiers after he ran out of oil to treat them he intended to close up wounds with it instead of using metal but his idea wasn’t used till later because it caused infections.

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Mohammed Almudimegh9-F

The autopsy is the most iconic breakthrough of the Renaissance era. Its development opened gates to new dimensions in medical and forensic sciences. Many ancient civilizations like Egypt, Greece, China, India were well-aware of the procedure and used it for studying anatomy.

It was introduced in Europe by Greeks, but with the rise of Church, the autopsy was attacked as a horrible offense against the dead. Still, some curious mind continued autopsy but in secrecy.

The Renaissance era saw the revival of the practice.

The fascinating pictures and accounts of Leonardo Da Vinci’s adventure with dissection of the human body are well-known. However, it was Giovanni Battista Morgagni (1682–1771) who gave autopsy the form of a science.

Autopsies are the general tool to find out the cause of death, the medical state before death and other vital information in today’s industry. They have contributed significantly in medical research and helped us gain more insight in human physiology.

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Mansoor Alotaibi, Faris Alshamrani

News Report, Paris, 1536: In an age where battlefields often lead to more fatalities due to post-injury infections than from injuries themselves, esteemed French barber-surgeon Ambroise Paré unveils his groundbreaking invention: the ligature. Created this year, Paré's device marks a significant departure from the cautery method traditionally used to seal wounds after amputation. The ligature, involving the tying of arteries to prevent hemorrhaging, promises a less painful and more effective healing process for soldiers and amputees. Developed over several years through meticulous observation and experimentation, this invention is poised to transform surgical practices across Europe.

Sketch Description: The accompanying illustration shows a simple, yet precise sketch of the ligature method. It displays a thread tightly securing an artery, just above the surgical site, to block blood flow and facilitate natural healing.

Now, let's create a simple sketch of the ligature.

Here is the sketch illustrating Ambroise Paré's invention of the ligature from 1536. This simple drawing captures the essence of the surgical technique, focusing on the use of a thread to tie off an artery, which was a significant advancement in medical procedures during the Renaissance.

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Breaking news!!

1440-1445

A new invention by Johannes Gutenberg has been discoverd, its the invention of printing!, gutenberg named it the printing press. The printing press was built around the traditional screw press, a precursor to today's drill press, with an added matrix on which individually-cast letters and symbols could be arranged to form the desired text.

Reporter: Ahmed Alhashem 9F

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Faris Alamshan 9-F

Ambroise Paré, a renowned surgeon, has developed the Miracle Ligature, a revolutionary tool to combat amputation. Developed over five years, it uses a curved needle threaded with silk to tie off severed arteries during amputation. This method is more humane and effective than the traditional boiling oil cauterization method, which often led to fatal infections. Paré's invention has saved countless lives and opened a new era of hope for those facing limb loss.

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Faisal Ali 9F

It is the year 1543, Andreas Vesalius, the scientific genius has published his newest book “On the Fabric of the Human Body.” He has taken the medicine world by storm with these new scientific knowledge and advancements. The book carefully explains and illustrates all that you need to know about anatomy and the human body.

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KHALID AL OTHMAN 9F

During the Renaissance, people's understanding of medicine took a giant leap forward. Think of it like uncovering secrets about how our bodies work, almost like solving a mystery. Anatomists like Andreas Vesalius delved deep into the human body, creating detailed drawings that amazed and enlightened everyone. It was like finally getting a clear picture of ourselves.

Doctors began to learn by doing, dissecting bodies to understand them better. Imagine their excitement and awe as they discovered the intricate workings of muscles, organs, and bones.

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Mohammed Albuti 9F

The most famous invention of the Renaissance is the autopsy. As a result of its advancement, the fields of forensic and medical sciences have expanded. Many ancient societies, including Egypt, Greece, China, and India, were familiar with the process and applied it to their anatomical studies. The autopsy, the examination of a body after death to determine the cause of death or learn about disease, was a major medical development during the Renaissance era.. Leonardo Da Vinci is well-known for his interesting drawings and narratives surrounding his experimentation with human dissection. But it was Giovanni Battista Morgagni (1682–1771) who first offered autopsy a scientific framework.

The Renaissance era saw a significant medical development in anatomy, with the autopsy being a crucial examination of a body after death to determine the cause of death or learn about disease. This was due to the reevaluation of ancient Greek physicians' work, which was based on animal dissections, and the development of the printing press, which made anatomical texts and illustrations widely available. Today, the autopsy remains an essential tool in medical Performing an autopsy typically takes two to four hours. The full results of an autopsy may take up to six weeks to prepare, but preliminary results can be made public in as little as 24 hours diagnosis and education.

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Shaalan Al - Eithan

Ex army surgeon found better way to close deep wounds.

An Ex army surgeon Ambroise paré found a way to close victims wounds more accurate and less painful. As we all know the current way of closing victims wounds is very painful, prying boiling hot water over an already suffering human being is too harsh. Ambroise found out that you can close a victim’s wound by stitching it together like clothes. He used a needle and threads to stitch his patients wounds. Many of other surgeons have started to pick up on this. It is very painless and has a greater effect then the previous methods.

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Adam Yousef, Faisal fayad Breaking News from the Renaissance

*Inventor Reveals Cool New Medical Tool

Leonardo da Vinci, the famous artist and inventor, just showed off his latest creation: the "Vesalius Apparatus." It's a gadget made in 1510 to help students learn about the human body. It took about five years to make and lets you see inside the body with different layers you can move around. It's a big deal for learning about how our bodies work!

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M.Tamimi 9D

At around 1590, a Dutch spectacle maker and his father, Zacharias and Hans Janssen, invented the microscope. The microscope was invented to look into the body more closely and find any diseases or infections that were not seen by the naked human eye. It helped many by looking further into many stuff that helped identify the things happening that were not seen properly unless this invention was used.

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Faddel Radwan 9-E

inventor: Zacharias Janssen

During the Renaissance era, one of the most significant medical inventions was the invention of the microscope by Dutch spectacle maker Zacharias Janssen. This invention allowed scientists and physicians to view microorganisms for the first time, paving the way for significant advancements in the understanding of diseases and their treatment. The microscope revolutionized the field of medicine, enabling researchers to study and identify cells, bacteria, and other microscopic organisms that were invisible to the naked eye. This invention laid the foundation for modern medicine and has had a lasting impact on healthcare practices to this day.

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New Creation by Leonardo da Vinci: The Handy Helper Arm

Leonardo da Vinci, famous for his art and inventions, has made something called the Handy Helper Arm. It's like a  robot arm that doctors can use for surgery. He finished making it in 1499 after working on it for about ten years. This invention is a big deal because it could make surgeries safer and more precise

Abdulaziz-9E

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Qusai algahtani 9E

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News for in a course of lifetime (1510-1590)

Ambroise paré invents prosthetic after amputating a limb.

He also took out teeth and replaced them with an artificial one.

He also created ointment in 1537 ingredients are balm made from egg yolks, rose oil, and turpentine.

By suleiman aldeghather (9E)

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Inventor Unveils Revolutionary Wound Closure Device

Florence, May 8, 1487 - In a remarkable feat of ingenuity, renowned inventor Leonardo da Vinci has revealed his latest creation: the "Suturis Mirabilis." This groundbreaking medical invention is designed to aid in the closure of wounds, promoting faster healing and reducing the risk of infection. The Suturis Mirabilis consists of a slender needle and a series of delicate threads, allowing surgeons to secure and stitch wounds with precision. It is estimated that Leonardo spent several years perfecting this remarkable device, which promises to revolutionize the field of medicine.

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Laith 9E