Why Did Robert Hooke Grow Up In Fish

Frederick Sanger, was a very intelligent British biochemist who discovered Amino acid sequence of insulin and Sanger sequencing all of these things are still used today in life. Frederick Sanger throughout his years received many Nobel Prizes. Dr. Sanger received his first Nobel Prize in chemistry, in 1958. He received this Nobel Prize for showing how amino acids link together to form insulin. This discovery gave scientists many of the tools they still use today to analyze any protein in the body.

He was born July 18th, 1636, at Freshwater, on the Isle of Wright in the UK to John Hooke and Cecily Gyles. Apparently, he was largely homeschooled, mostly by his father, but he was also an artist’s apprentice. When he was thirteen he was able to enroll at Westminster school, later enrolling at the University of Oxford where some of the best scientists in England were working at the time. Impressing them with his skills of designing experiments and building equipment, Robert became assistant to the famous chemist Robert Boyle. In 1662, Hooke was named Curator of Experiments of the newly formed Royal Society of London -- meaning that he was responsible for demonstrating new experiments at the Society's weekly meetings.

On August 29 1632 John Locke was born in a town named Wrington and lived in a small Somerset village. His mother died when John was at a very young age. His father was a country lawyer and died a couple years after his mother. He went to Westminster in1646 and then Oxford in 1652. In 1666 John started practicing medicine on Lord Ashley. Ashley and Locke became known to become good friends. In 1668 Locke was elected to be in the Royal Society. The Royal Society was for improving natural knowledge. John did a lot of amazing things in his life time and he accomplished a lot and the one thing that influenced John the most was most likely to be that his parents died at a very young age and that usually has a great effect on children that can later lead into adult hood.

George Gey was the head of tissue culture at Hopkins and was determined to grow the first immortal human cells. Researchers in 1943 proved an immortal

cells. He shipped them across the world. Many great discoveries were made with these cells and

I believe that Rosalind Franklin deserved more credit than she got foe her X-ray crystallography. Watson took photo 51 from her file without ther knowledge which showed that DNA has a definite pattern and two strands. Watson and Crick used the photo for their own personal gain instead of giving Rosalind any credit they saw Rosalind as below them so they had no issue stealing her idea.

Born on March 11, 1731 in Boston, Massachusetts and died on May 11, 1814 at age 83. His father and mother were, Thomas Paine and Eunice Paine. His father was a pastor who became a merchant later on he also had four siblings. A brilliant student, he finished school with top honours and enrolled at Harvard College when he was only 14 and graduated in 1749 at the age of 18. While in college he formed a literary club and developed a scientific bent of mind, he actively participated in debates and discussions on scientific issues. In 1755 began to study law with Judge Samuel Willard who was his mother’s cousin. Robert traveled a great deal of places and had met many influential people who helped shape his personality. He was profoundly interested

By using their microscopes, they found that every living plant and animal they examined was made of cells. As microscopes were improved, scientists were able to see smaller and smaller organisms. They found that no matter how large or small the organism was, it was made of cells, leading to cell theory. For example, a German biologist, Theodor Schwann discovered that all plant and animal cells were divided into cells by looking through his microscope. He also discovered that the cell is the basic unit of organization in organisms. Cells can be grouped together to form tissues, which can in turn be grouped together to make an organ. Organs can be grouped together to form a system, which is part of an organism. He was able to use microscopes to see the ways that cells work and help to determine which kind of microorganisms (bacteria) is causing the disease and making people ill. This is particularly valuable in the study of the components of organisms, where physicians are able to overcome a treatment of method to kill disease cells and restore people¡¦s health. The microscope revealed not only the cellular structure of human tissues, but also the organisms that cause diseases. The discovery of cells led scientists to study cells and discover more information about cells; this, allowed scientists to find ways to prevent or cure diseases. The use of microscopes has made many

Robert Goddard was a brilliant scientist. On October 8th, 1882 in Worcester, Massachusetts, Goddard was born. Electricity was invented two years later, after his birth, and was the thing that sparked his interest in science. (source 5) His long life of rocket science started when he was in his school’s basement, launched a rocket and the school took immediate interest in him but did not expel or suspend him. While he was building his rocket, like many others, he did not achieve his goal first try but he tried and failed many times before he actually did successfully build and finish his rocket. Goddard created the first liquid-fueled rocket, applied past knowledge to new situations, he tried again and again and applied past information, and illuminated the world by inspiring them.

Antonie van Leeuwenhoek is considered the “Father of Microbiology.” He was passionate about lens grinding and could adjust light extremely well. He developed a compound microscope that could magnify up to 200x. He had a great curiosity, yearning to look at everything he could through a microscope. He looked at pond water using his strongest objective lens to find tiny living things. This resulted in his

Hooke published Micrographia, a book entailing observations made with microscopes and telescopes. Also in his work he was the first person

The Scientist I read about was Zhang Heng. Zhang Heng was a Chinese mathematician, astronomer, and geographer. He was also a cartographer, artist, poet, statesman, and a literary scholar from the Henan Province, Nanyang in China. He is well-known for Chinese inventions in which he invented. Zhang hang was born at 78 CE in a town located north of the modern Henn Province, Nanyang City. He died in 139 CE at Luoyang, China. Zhang Heng came from a distinguished family that isn't affluent.

Although DNA was initially observed by Frederich Miescher, a German biochemist near the end of the nineteenth century, the key to the structure of DNA was not discovered until almost a hundred years later. It was at that time that science realized the importance of DNA to the study of biology.

Robert Boyle was born to Richard Boyle and Catherine Fenton on January 25, 1627 in Lismore, Ireland. He was the youngest son of Richard Boyle, the Earl of Cork, and he was born into a noble family. His father was very rich and had an abundant amount of wealth due to his occupation of being a prestigious landowner. Additionally, his mother, Catherine Fenton, was also associated with a wealthy family English family. During his early childhood, Boyle was sent to live with a poor Irish family (Famous Scientists). Boyle’s father had a unique way to raise his children. He would send them to this family and he believed that through this experience they would toughen up and mature more efficiently. He also

But first, let us talk about the discovery of cells and the cell theory. Robert Hooke, an english scientist, was the man who first discovered the cell in 1665, proof being a book he released at that time called Micrographia. In this book, Hooke gave 60 observations of random objects under a compound microscope with a magnification of 30x. Because of this, he was not able to see the internal structures in the cell, like nuclei and vacuoles, and what he proclaimed to be cells were just empty cell walls of plant tissues. He shared his observations with The English Royal Society, until they started receiving letters from a scientist named Anton van Leeuwenhoek. The letters stated that Anton made use of a microscope containing improved lenses that magnified objects up to 275x, enough to identify the living parts of a cell. He kept on sending