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Robotic surgery allows physicians to perform many types of complex procedures with greater precision, flexibility, and control compared to conventional techniques. Robotic surgery is generally associated with minimally invasive surgery (procedures performed through small incisions).                          About robotic surgery: Robotic surgery was rapidly adopted in hospitals in the United States and Europe as a treatment for a wide range of conditions.The most commonly used clinical robotic surgical system features a camera arm and mechanical arms, and surgical instruments mounted on them. The surgeon controls the arms while seated at a computer console near the operating table. The console provides the surgeon with a high-definition, three-dimensional, magnified view of the surgical site. 

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Robotic surgery allows physicians to perform many types of complex procedures with greater precision, flexibility, and control compared to conventional techniques. Robotic surgery is generally associated with minimally invasive surgery (procedures performed through small incisions).                          About robotic surgery: Robotic surgery was rapidly adopted in hospitals in the United States and Europe as a treatment for a wide range of conditions.The most commonly used clinical robotic surgical system features a camera arm and mechanical arms, and surgical instruments mounted on them. The surgeon controls the arms while seated at a computer console near the operating table. The console provides the surgeon with a high-definition, three-dimensional, magnified view of the surgical site. 

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- Jessenia González Dumani

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At the beginning, they were obtained from animal samples, but nowadays, most of them are made synthetically to be injected. Until today, tests are being carried out to manufacture edible vaccines that, when ingested, release the agents that protect us against certain diseases, besides avoiding needlesticks, these vaccines may have other advantages, such as a lower price and easier transportation and storage, since they do not require refrigeration.
-Justin Zhirzhan

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Immature microorganisms can continue to partition limitlessly and have the ability to separate into various sorts of body cells during the early advancement of a creature. In a lab, specialists can program these foundational microorganisms to separate into explicit kinds of cells. This is the place where the development of biotechnology steps in. Envision a person with the degenerative spinal problem that seriously impacts their personal satisfaction. With the assistance of undifferentiated organism research, it very well may be feasible to develop these foundational microorganisms in vitro, in a lab setting, and afterward embedded once more into the impacted person's body. This would assist with reestablishing their intellectual keenness, vision, hearing, and other actual elements. This might sound unrealistic and like a plot from a science fiction film, yet the fundamental outcomes have been promising.

G. Noemí Yépez A.

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It is a type of genetic engineering in which the direct manipulation, modification or alteration of a DNA sequence in the genome of a cell or organism is carried out, either by eliminating, inserting or replacing any sequence of interest in its genotype. For this purpose, nucleases (called "molecular scissors") are used, which are enzymes that hydrolyze or catalyze the DNA double strand and at a specific site of the genome by means of various genome editing techniques.

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In some cases nerve damages have been considered irreversible. However, researchers have made significant progress in synthesizing rare enzymes that promote regeneration and growth of injured nerve cells. Neurotrophins are proteins that promote the development of neurons, this have some of the shortcomings of protein-based agents, researchers are pursuing this as a posible avenue for nerve regeneration.
-Alan Calderón

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It is an inherited disease of the mucous and sweat glands. It mainly affects the lungs, pancreas, liver, intestines, paranasal sinuses, and sexual organs.

To diagnose cystic fibrosis, doctors draw a blood sample for genetic tests or perform a sweat test. The sweat test measures the amount of salt in a person's sweat. A high level of salt in sweat can indicate the presence of cystic fibrosis.

In previous decades, people with Cystic Fibrosis often had a better quality of life. Nowadays with the help of screening tests, treatments mean that people with cystic fibrosis can now live to be 30 or 40 years old, and some live to 50 years.

Angeline Oyague

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This one was the most incredible thing, and the one that got my attention, because the human can do face transplant, like, you remove your face, and got other one , and it brings me too curiosity, because now i want to know, exactly, how can they do this,without any damage to the face or the people, also thanks to this one and technology advances we can make better life, and help people with problems like that.
Diego Lara

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For the Covid-19 research, DNA synthesis is one of the cornerstones. Synthetic DNA is utilized in genomic investigations of the virus that causes Covid-19, which aids in tracking the infection’s spread and evolution. he professors collaborated to create a simple but operative technology that allows the manufacturing of phosphoramidites to be mechanized and integrated directly into the DNA synthesis apparatus, ultimately eliminating the need for manual synthesis. Nucleosides are flushed via a resin in the method of creating phosphoramidites, which could be fully incorporated into an automated process in the DNA synthesis equipment. The resin guarantees that the nucleosides are quickly phosphorylated, resulting in the conversion of nucleosides to phosphoramidites in a matter of minutes, thus resulting in DNA synthesis.

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Brain Signals to Audible Speech | Paulette Drouet

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Brain Signals to Audible Speech | Paulette Drouet

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Brain Signals to Audible Speech is a very peculiar and interesting invention as it will enable us to communicate with people with brain injuries or neurological disorders such as epilepsy, Alzheimer's disease, multiple sclerosis or Parkinson's disease, among others. This invention could make communication between people with speech problems more fluent. It could also transmit the emotions or personality of the person wearing it.

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3D printing is an emerging technology that has been used to create real objects from computer-created models, from toys and jewelry to cars and food.
One of the most current and innovative uses in 3D printing is a start-up called Modern Meadow, in which a company had the idea of ​​creating raw meat using a 3D bioprinter. The material used in this type of impression is composed of Cell / Cells that are extracted from animals by means of a biopsy.3D printing is an emerging technology that has been used to create real objects from computer-created models, from toys and jewelry to cars and food.
One of the most current and innovative uses in 3D printing is a start-up called Modern Meadow, in which a company had the idea of ​​creating raw meat using a 3D bioprinter. The material used in this type of impression is composed of Cell / Cells that are extracted from animals by means of a biopsy.
Didier Banguera
1ero B

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Remarkable Advances in Biotechnology- Advances in biotechnology- Alanys Sinche 

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Remarkable Advances in Biotechnology- Advances in biotechnology- Alanys Sinche 

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3D printed organs
It is one of the advances in biotechnology that has impacted me the most because it has made possible the artificial construction of internal organs such as the heart, kidney and liver. Doctors have been able to implant them in people who need them with success.
One of the disadvantages is that some people who need it do not have enough resources and die every day. But it seems very effective to have at hand such an invention and those that may be in the future xd.

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I think that the advance that impacted me the most is 3D Printed Organs, it is about printing organs in 3D although the only problem is that it is very expensive to make a 3d organ, if it were developed more, many lives could be saved, at the moment it is something that only millionaire people could buy but maybe in the future it will be cheaper and accessible to everyone.

Santiago Ramírez

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A vaccine is available to prevent the types of human papillomavirus (HPV) that cause most cervical cancers, as well as some cancers of the anus, vulva, vagina and oropharynx (back of the throat, including the base of the tongue and tonsils). The vaccine also prevents the types of HPV that cause most genital warts. Genital HPV is a common virus that is transmitted from person to person by direct skin-to-skin contact during sexual activity. Most sexually active people will contract HPV at some point in their lives, although most will not even know it. HPV infection is most common in the late teens and early twenties.

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What is HPV and how can you protect yourself from it? - Emma Bryce

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The subject that has impacted me the most is face transplants. I think it is incredible how the human being has been able to completely change the face of a person so that the person is unrecognizable. A negative point that I see of all this would be the unaffordable prices that these surgeries cost, besides that in a minimum error the person can be seriously harmed. But after all, this is a great evolution of biotechnology.

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3D visualization and augmented reality for surgery: Alejandro Blanco

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3D visualization and augmented reality for surgery: Alejandro Blanco

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Nervous regeneration in nature is known as the ability in certain living organisms to restore a damaged tissue or regrow a lost body part. Biotechnology in this area has made advances in the synthesis of rare enzymes that promote the regeneration and growth of nerve cells damaged by neurodegenerative diseases. These are neurotrophins, proteins that promote the development of neurons.
By: Alejandro Blanco

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The Human Genome Project benefited biology and medicine in the sequence of the human genome, sequencing model organisms, and is needed because helps us understand diseases including, types of viruses, mutations of cancer, etc.
We can use it by:
Improved diagnosis of disease
Earlier detection of genetic predispositions to disease.
Rational drug design.

Mateo Salman

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The DNA edit
• one advance of biotechnology was the way to can edit the DNA. It’s are important because can eliminate deseas . I be focus in it because are a way to in a future can create a defense in DNA to a lot of virus  and baby’s can have protection.
Lazslo Catarino

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Human genome project and 3D printed organs by Paula Torres 

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Human genome project and 3D printed organs by Paula Torres 

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This is an alternative of chemotherapy and this one is better than chemotherapy because it only attack bad cancer cells, not like other treatment. This use a drug that affect a specific molecules or cancer cells, to reduce the damage in healthy cells.

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One of the advances in biotechnology that surprised me the most was the face transplant.
In general, they always remove tissue from the same person because many times the
The tissue is rejected by the body because it is not compatible, then they remove the tissue from
your own body so that your body cannot reject it, there are also very few donors for the
face transplant, so this is usually done.
Maria Paula Maldonado Llerena 1B

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3D visualization and augmented reality for surgery

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3D visualization and augmented reality for surgery

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Surgery is brutal on the human body, and medical advances make the surgical process and healing more efficient. Thanks to technological advances, it is through 3D imaging that the doctor can see each organ and can make specific small incisions to minimize the patient's body trauma.
Sara Guevara

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For me, it seems to me that 3D visualization in operations is very practical when doing surgery, since you can see more things that we could not see with the simple human eye, in addition to what I was investigating, you can also actually virtual, which makes students or beginners have a better trading for this type of thing and by the way is easier that way.

-Bruno Sánchez 1st B-

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3D visualization and augmented reality for surgery 

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3D visualization and augmented reality for surgery 

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This advance allows doctors to perform highly complex operations more easily and with less risk as they are delicate parts to operate, and it has been possible to have a better view of the organs by this 3D advance. I was impacted by this project since it allows doctors to help more people with very delicate cases to be saved and have less risk of death
Hefzi Palacios

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Was a project with the objective of determining the sequence of nucleotide base pairs that make up human DNA, in order to prevent diseases.
Ricardo Ochoa 1st B

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3D visualizations and augmented reality for surgery. - Lucas Bonnard

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3D visualizations and augmented reality for surgery. - Lucas Bonnard

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This helps surgeons get a better view of the inside organs of the patient so they
can have a better view of the problem and a better sight of how to do the surgery,
thus making it a lot more efficient.
Sadly this is really expensive, and unless you are in a high tier hospital, the surgeons wont be using this.

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Due to the global organ shortage and limited organ donors, thousands of patients are left wanting organs and tissues in cases of severe injuries, illness or genetic conditions.

Tissue engineering is an emerging field that works on producing artificial tissue and organ substitutes as permanent solutions to replace or repair damage.

In resume u can get a printed organ but is incredibly expensive.

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Well, the advance is that people now things are easier and safer for medicine and also for surgery since it can be used for many things, medicines can be made with safe chemicals and artificial organs can be printed is a good cause

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3D visualization and augmented reality for surgery

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3D visualization and augmented reality for surgery

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I found the 3D visualizations very interesting because they help in high-risk surgeries that help surgeons to see each organ with more precision to be able to make small specific inscriptions in some part of the body to avoid damage and minimize body trauma of the patient.
Valeria Guevara 1ero B

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The technological advance that impacted me the most was 3D printed organs because I didn't imagine that this could be possible. Being able to create fundamental elements for the human being formed naturally and that can now be 3D printed for natural use is a very fascinating idea. It is reasonable that the cost of the same is very high.
Mell Salinas 1ro B