# data[].attributes.body
science is strictly connected to real life  so it should  always be integrated  in school work project

# data[].attributes.body
Among others, Robotics and Nanotechnology are two modern fields of research, knowledge and Science, that can cooperate with life Sciences with spectative results.

# data[].attributes.body
turkey
Integrated approach is useful to understand life processes. But not always there are sufficent human and material resources. When the are are simple experiments, situation is better but when are complex phenomenon scollaboration with coleues is essential

# data[].attributes.body
science is strictly connected to real life and so it should be always integrated in school work project

# data[].attributes.body
I think interdisciplinary teaching includes more teachers. There is a need to cooperate and to teach things together , to build a new level in science. These level will be also interesting for the students.

# data[].attributes.body
Integrated approach is useful to understand life sciences.

# data[].attributes.body
Discoveries in Chemistry, particularly to do with climate change and the effects of different chemical substances on life on earth particularly relevant at the moment

# data[].attributes.body
The relevance of new discoveries in the life sciences is really important. All human beings use products of biologists, genetics, bioinformatics - even though they do not know about it. This products are vaccinations, medicine, biometric tools etc. For teachers: it is a real  challenge to teach students how daily life is connected with often really complicated scientific investigation results to be able to understand it and may be to start continue them in their (our students) future.

# data[].attributes.body
Integrated approach is useful to understand life processes. But not always there are sufficent human and material resources. When the are are simple experiments, situation is better but when are complex phenomenon scollaboration with coleues is essential

# data[].attributes.body
New technologies are constantly increasing due to the era we are living in. So, for this, it is neccesary, almost compulsory, to implement these type of knowledge in schools. Interdisciplinary teaching would be a great way to implement these, but a hard one. A lot of help is going to be needed, a lot of coordination between teachers, schools, parents...

# data[].attributes.body
Interdisciplinary teaching is difficult to achieve by a single teacher. At the discipline I teach, electronics, I invite a physics or chemistry teacher to some lessons. This is not enough! There has to be something coordinated, which happens regardless of the teacher, the class of students, the city, etc.
From my point of view there may be interdisciplinary teaching. A module in which lessons are planned to be taught by different discipline teachers. This module should contain a description of the learning activities. Mandatory teachers need to collaborate.

# data[].attributes.body
New tecnologies are increasing so fastly that is difficult to stay update and to select what to teach as notion and what to try to teach as metodology. It's a challange that should be shared with other teachers to give the awerness of the intrdiscipinariety

# data[].attributes.body
some old ones
OPTICS--> Microscopy
MATHEMATICS-->Statistics-->Ecology
CHEMISTRY --> (Maybe half of ) biology Nobel prizes
the future
BIOCOMPUTING--> Who knows. . .
SPACE EXPLORATION -->I dream the discovery of extraterestrial life

Interdisciplinary Teaching -->IBSE

# data[].attributes.body
Since we live in an ever-changging world, it is no surprise that new technologies and discoveries are almost around the corner.
Thus, we should try to be up-to-date and adapt to the changes.
Even changes from the other fields can be beneficial for sciences. Better computers will surely simplyfy some fields in genetics, for example.

# data[].attributes.body
For me it gives the idea hat Science is the solution of everything. To which to a certain extent I don't agree, but it is true that it solves a lot of difficulties that we are encountering nowadays

# data[].attributes.body
Technology makes life sciences develop since it provides instruments which are very important for observation and experiment.

# data[].attributes.body
everything around us started to become our problem. environment, keeping the plnet clean, our food,new IT technologies. And it is important to keep the step with science.

# data[].attributes.body
There is a constant increase in new technologies which can be applied to all areas of research e.g.

Computer technology - being able to handle and work with vast quantities of data as well as the constant updating of the actual computers themselves.

Electronics - working with smaller sample size and being able to detect chemicals and compounds at lower levels then ever.

Nanotechnology - in medicine and life sciences

Renewable energy sources so we can stop being dependent on fossil fuels

Climate control - multi -   discipline approaches across all subjects including communication, media studies etc
The faster the advances in different areas are shared, the faster and more effective use will be made using these advances. the advances will not be

# data[].attributes.body
New discoveries are continually being made, the problem is the gap of time between discoveries and school books. We should stop teaching notions and start teaching a new approach to learning, that should be appliable to every subject, since they are not truly separated, every research is interdisciplinar

# data[].attributes.body
New discoveries are

# data[].attributes.body
New discover

# data[].attributes.body
In my opinion, the technology, mainly computer technology, contributes to the advancement of life science.
I think I can teach it, for exemple with the scientific developments in genetics and medicine.
Human genome needed the help of computers to be decrypted and today doctors can make opertation hundreds of kilometres with the help of a computer

# data[].attributes.body
I think that school needs to find a way to build a bridge between scientists and teachers, also universities and schools. If we know what was discovered yesterday we can find out how to use that discovery to make conections between concepts and practice.

# data[].attributes.body
Science is the area that will support everything

# data[].attributes.body
We should make our  students to visit universities and science museums in order to increase the awarness about the new discoveries and to understand how scientists work and how their discoveries contribute to our lives. The more practices they experience, the better & easier they are  inspired for the creativity and innovation. As our students understand/realize/feel how scientists work and think, they may be engaged to find solutions for real life situations & problems. During the process of investigation and finding solution to a real life situation-/problem, they may find the connection between other disciplines.

# data[].attributes.body
Scientists are a process of new discoveries at every moment in order to lead a better quality life.

# data[].attributes.body
I like the idea to fight against the greenhouse effect and that new current looking again for a renewable power sources. This could open new fields where we can apply the new ideas coming from the new generations.

# data[].attributes.body
Informatics,  programming and computer science improve analysis of molecular and genomics data in biology, evolutionary biology, systems biology, medicine ect. Data management enables to work on big data in life science;  biochemistry, genomics is important part of the modern, sustainable agriculture and vice versa. Chemistry and biochemistry, and biopolymers gives a chance in medicine, green industry, synthetic biology. Physics and mathematics are used for development of microscopy imaging or nature restitution ect; mathematics especially statistics are used to analyze life-science data.

# data[].attributes.body
Science facilitate our lives. We should give importance our science of teaching.

# data[].attributes.body
I like things related to environment and environmental protection - renewable energy sources, electric cars, robotc in industry and medicine... All of these topics can be included in many school subjects and can include inquiry-based learning.

# data[].attributes.body
Roger Catalonia
In order to generate interest in science I would like to visit research centers with students. For example in the field of physics visiting the CERN in switzerland is very interesting. I also would like young researches to come and explain what they do, their expectations and lifestyle. Of course the  best would be to get involved in citizenship science project (for example measuring CO2 levels in a big city...)

# data[].attributes.body
Researchers have built a machine that reads brain signals and translates them into speech. This is especially necessary for people who can not talk.
Another example of the fact that technological development affects life sciences: American researchers have built a robotic leg that is controlled by a malachistic intelligence and can teach itself to walk.

# data[].attributes.body
I think the science and new technology influence our lives. It is very important to understand the interdisciplinarity relationships of science.

# data[].attributes.body
Science and technology facilitate our lives. We should give importance our science of teaching

# data[].attributes.body
Bioeconomics is a new approach to producing sustainable biological-based products. It ensures that it is not more sensitive to the environment.

# data[].attributes.body
Facebook:nadeem.altaf.31
whatsapp:+923425348526
I am affirmative about science Research and Innovation.Every problem can be skillfully solved by R&I.Treatment of many diseases ca be easily seeked through medical R&I.Genetic engineering and nanotechnology is bringing emerging trends in every day life from gene editing to CRISPR CASE Concept.

# data[].attributes.body
I think that the life is fuit of connections through the different area so the science is an interdisciplinary subject

# data[].attributes.body
Science is united and the division into different areas is something artificial. We may see that all great discoveries are made in huge groups of scientists from different areas, not only science. I think that the most interesting discoveries are done on the border of different dyscyplines as in nanotechnology or biomimetics.

# data[].attributes.body
The best way to develope new methods and hypotheses in science is to work together. Interdisciplinary work leads to better scientific developments. Also students should get an interdisciplinary understanding to be able to combine the knowledge of every science.

# data[].attributes.body
Ehen teaching golden ratio, it's the main point for me to take advantage from natural science.

# data[].attributes.body
New methods and equipment developed in every field will lead to the advancement of life sciences. Interdisciplinary work is indispensable for scientific developments to be faster.

# data[].attributes.body
All the sciences are important and the involvement of children in different activities that lead to new discoveries is very useful.

# data[].attributes.body
I have a background on cell biology and genetics research. Our laboratory was placed in a building shared with groups working in different fields and with several facilities, such as microscopy and bioinformatics. It was very enriching to have all them so close, and we could move forward in our research making lots of collaborations.

# data[].attributes.body
I think, however much Biological and Geographic sub-domains are stressed out for their growing importances, Maths will evolve into being an A-B-C for the learning of science. Biostatistics will be so much more popular than ever in 10 or 20 years of time.

# data[].attributes.body
Bioeconomy is a new approach to come up with sustainable biological based products.

# data[].attributes.body
The news in the technology that can be used by people to help those with locomotor, vision, or other handicaps.

more_vert

Give more examples of how

Give more examples of how new discoveries in other fields can relate to and contribute to the advancement of life sciences. Can you think of ways in which this could be taught in an interdisciplinary way?

Cristina, Romania

Cristina, Romania

Maybe is a dream but... a world without cancer is all we need through science. This will be the best discovery ever!

Željana , Croatia

Željana , Croatia

understang  and discovering is very important for learning

Nuria

Nuria

Nuria, Barcelona

Nuria, Barcelona

Sciences are evolving so fast that only by teaching them in a way where creativity and making students think "outside the box" we will be able to overcome obsolescence. in secondary we teach basic science which is necessary to understand the new discoveries, but students sometimes may feel it is something old and completely disconnected from nowadays break-through research, that is why I feel it is crucial to establish a link between this two worlds ( if possible), and in any case, to approach basic science as an investigation , or Inquiry  Based  Learning, since  the tools and professions of tomorrow have not been created yet.

Nevzat, TR

Nevzat, TR

I think that also discoveries in microbiome are important for life science and for public health.

Alessandra Mancini I

Alessandra Mancini Italy
I deeply believe in the power of scientific literacy to make better our lives in a sustainable society. Science evolves through Discoveries, so it is important to make students aware of that showing the impact of some scientific discovery on the quality of the life, also teaching science hystori and reflecting about how  a specific discovery has been able to affect the destiny of a human population, from the times of the  Homo sapiens. For this reason I believe in the effectiveness of interdisciplinary approaches compared with the disciplinary ones.

Nurbanu, Turkey

Nurbanu, Turkey
I think with STEM education, students can understand science and have an idea about finding something new.

Leyla, Turkey

Leyla, Turkey

Bioeconomy is a new approach to come up with sustainable biological based products.

Uta , Germany

Uta , Germany

Scientific inventions are important, for example in the health sector but we must also show sense of responsibility. Not all inventions serve humanity. Here it is necessary to see our limits

Katerina, Czech republic

Katerina, Czech republic

Most things  around us are result of scientific progress related to specific idustries - new biodegradable plastic, new genetic modified seeds in agriculture, new methods of curing diseases...

Maria Gonçalves, Portugal

Maria Gonçalves, Portugal

Study of climate change and its consequences on living things from the point of view of several disciplinary areas: Physics, Chemistry, Geography, History, ...in a humanist and citizenship approach

Dilek, Turkey.

Dilek, Turkey.

The world is changing.Industry 1.0, 2.0,.., 4.0. All problems are almost so complex and can't solve a single discipline. More than one discipline needs knowledge and skills. It is important to integrate multiple disciplines in science education.

Olivera, Montenegro

Olivera, Montenegro

Olivera, Montenegro

Olivera, Montenegro

New discoveries in nanotechnology, genetics and microbiology are extremely important, in fact, in all STEM domains. All natural sciences are intertwined, so they can be used as subjects of interdisciplinary projects of physics and chemistry-biology.

Kenneth - USA, Georgia

Kenneth - USA, Georgia

Nanotechnology and robotics are making a difference in how scientists can study living organisms.  The ability of the computer to process large amounts of data also makes a big difference.

1. Methionine2. The protein is modified at a later stage which could invove removing methionine

1. Methionine2. The protein is modified at a later stage which could invove removing methionine

Maria S., Italy

Maria S., Italy

I think that today the use of technologies in scientific research is very important, both for specific instruments and for data collection. The possibility to communicate and share quickly the discoveries of the individual researcher is also very important for the collaboration.

António Branco, Portugal

António Branco, Portugal

All sciences are interconnected nowadays

Annalaura Sassari

Annalaura Sassari

I think that  health research is  a complementary value for life sciences and public health.

Àlex Asensio (Girona, Catalonia)

Àlex Asensio (Girona, Catalonia)

From my point of view, I think that computer science has contributed notably to the advanced of chemistry, thanks to the possibility of modelling.
Nowadays, I can't imagine myself doing a test without using a computer for example to understand the collected data. If you do so, then you can gather at leat sciences, mathematics and ICT in every research.
I would like to highlight one statement of the scientist of the first video: "Nowadays the limit is creativity".

Salvatore, Italy

Salvatore, Italy

In the teaching of the disciplines of engineering and computer science one cannot prescind from their link with other scientific disciplines and also with the humanities. Only an overall vision can foster the acquisition of real skills

Fatma AVCI, Turkey

Fatma AVCI, Turkey

Fatma AVCI, Turkey

Fatma AVCI, Turkey

discoveries are very important for the progress of humanity. Especially the discoveries in some areas.

Hakan

Hakan

I think that discoveries in the field of health are important for life sciences and public health.

Gamze Siper/Turkey

Gamze Siper/Turkey

Kinesiology, also known as human kinetics, is the scientific study of human movement. Kinesiology addresses physiological, mechanical, and psychological mechanisms. Applications of kinesiology to human health include: biomechanics and orthopedics; strength and conditioning; sport psychology; methods of rehabilitation, such as physical and occupational therapy; and sport and exercise. Individuals who have earned degrees in kinesiology can work in research, the fitness industry, clinical settings, and in industrial environments. Studies of human and animal motion include measures from motion tracking systems, electrophysiology of muscle and brain activity, various methods for monitoring physiological function, and other behavioral and cognitive research techniques. I like when experts combine robotic and kinesiology. It makes easier disabled people’s life and give them to chance to be in a part of world.

Fatma,Turkey

Fatma,Turkey

ı think we can include science in our lessons

Raja Nadeem Altaf,Pakistan,Islamabad:

Raja Nadeem Altaf,Pakistan,Islamabad:

I inculcate an inspiring learning in Biology and Chemistry through lab   hands on session.

Mian. Barcelona

Mian. Barcelona

I may not think about a proper discovery (or at least a scientific discovery) but we could have a scientific approach on all these pollution-related topic and plastic issues.

Faatma47

Faatma47

I could not watch because it was not subtitles. Webinar: Science and education in transition (Optional)

Fatma47,Turkey

Fatma47,Turkey

In each school, the teacher should be a Laboratory where he can conduct scientific studies in his free time. By including students in the project and scientific research, both he will be aware of the innovations and encourage the people before. Students will wake up with curiosity.

Maria. Italy

Maria. Italy

We can discover in way interdisciplinary new discoveries by tools and experimentes.

Fethi Ahmet, TURKEY

Fethi Ahmet, TURKEY

science is a very broad phenomenon. continuously develops and changes. So new discoveries are very useful.
new discoveries in a science benefit directly or indirectly from the other. A teacher in the classroom gives a new discovery-knowledge that is learned through the students or by other teachers when it is learned by the knowledge. learning through interdisciplinary and new discoveries makes learning permanent. in the case of photosynthesis;
light absorption-incidence angle-intensity physics
Reactions in photosynthesis
biology
environmental impact geography
influenced by photosynthesis;
interdisciplinary relations can be established.

Abdullah KÖROĞLU, Turkey

Abdullah KÖROĞLU, Turkey

Scientists are a process of new discoveries at every moment in order to lead a better quality life.

Andreja,Croatia

Andreja,Croatia

Processing and analysing a lot of informations is tool that is very necessary.

Valentina, Romania

Valentina, Romania

Researchers specializing in the study of strain cells have announced a "major scientific breakthrough," which has the potential to pave the way for a new era of personalized medicine.
Scientists in Japan have shown that stem cells can be created quickly by simply sinking the blood cells into the acid.
Acid-treated cells could become an effective method used to cure a number of serious illnesses, such as Alzheimer's, heart and stroke, Japanese scientists have said.
Although acidic substances have destructive effects on living cells, researchers at the Riken Center for Developmental Biology in Kobe, Japan, say that substances with moderate acidity can be used to bring cells back to a neutral state from which they can be transformed into non- a variety of other cell types.

Osman Serhat ACAR/Turkey

Osman Serhat ACAR/Turkey

The most important activities for this are stem activities. And interdisciplinary activities are one of the most effective ways of learning: it is very effective to associate the subject of force and motion in physics with physical education.

Luísa Nogueira, Portugal

Luísa Nogueira, Portugal

Today we are faced with real problems that still have no solution: climate change, the existence of microplastics in living beings, the ozone layer, ...
On the one hand, the solution of these problems requires complex solutions (for example through interdisciplinary work), on the other, the work of the senses only makes sense if it is applied in improving the quality of life of people. Scientific research thus assumes a social component and an ethical component. As an example: to what extent should robots be developed?
I share the view that teachers in science should disseminate and raise students' awareness of the various aspects of scientific work.

Daiva, Lithuania

Daiva, Lithuania

X-ray, ultrasound, nanotechnology, human genome - from body research to personalised treatment. Science is developing  very fast, with many discoveries that cover different disciplines.
P.S. Dear colleagues, You can set English subtitles when watching video :)

Adela Muresan, ROMANIA

Adela Muresan, ROMANIA

Science is a way of implementing good practices in my classes. Students like to experiment!

Joan

Joan

All STEM advances are due to advances in computing. Computers work with 64 bits since the beginning of this century (Athlon64 from AMD). This CPU allowed to go to nanotechnology in the construction of CPUs that are currently around 14 nm at commercial level. This magnitude allows a high-scale transistor integration which gives a great power of calculation. This power of calculation is what gives us the ability to make great advances in many fields. What we see is a feedback system  which is done in all fields of science.

Carina, Ireland

Carina, Ireland

New discoveries in pharmacogenetics- genetically tailored drugs, preventing ageing by altering mitochondrial DNA, discovery of the 79th human organ , The Mysentry, finding new types of brain cells-Target cells

P Campos, Portugal

P Campos, Portugal

The discoveries in engeniering and informatics provide life sciences with powerfull tools that enable large scale experiments as well as large scale treatment of data.
To teach this teachers should provide sutudens with problems that can only be solved with the help with other areas of knowledge.

Karela Georgia, Greece

Karela Georgia, Greece

Nanotechnology is a discovery that can be related to life sciences. It leads to the improvement of everyday life.

Despoina Amarantidou, Greece

Despoina Amarantidou, Greece

Life sciences discoveries are helpful in improving the quality and standard of life, and have applications in health, agriculture, medicine, and the pharmaceutical and food science industries.

Martin, Austria

Martin, Austria

Electronic cars are very important I think, even though they are not the answer for sure. It is important to keep on researching and optimizing, finding new ways and evolve from old technology. Electric cars are one step into the right direction for a cleaner world I think.

Fabiola, Italy

Fabiola, Italy

The meeting in Italy for the biological sciences, in Bologna, is a meeting point for researchers, companies, assessors and investors in order to develop discoveries that improve the expectations of human life.

Geraldine Ireland

Geraldine Ireland

Science is not just a single discipline but of series of interrelated and connected subjects which should be taught that  way.  Real life science problems are not only biological but chemical and physical aswell.  Methodologies using life skills such as communication and inquiry skills are essential.

I could not understand the spanish video

Aishling, Ireland

Aishling, Ireland

Use of radiation in cancer treatments, genetic engineering in agricultural science and food security, pharmacology and treatment of diseases, etc.

Renata, Poland

Renata, Poland

Natural sciences (biology, chemistry, physics) and not only because also computer science, matetamtics closely overlap each other when it comes to research, eg in searching for solutions against cancer. Search first for causes (genetic analysis) and then solutions, eg immunnoncology, Here I give a nice example of how the principles of immunnoncology work out, unfortunately in Polish
https://www.youtube.com/watch?time_continue=11&v=0iHI6jBY__w
but in all this it is also important to educate people to be aware and to use preventive treatments to prevent disease
https://www.youtube.com/watch?v=H-RQqWIOXcI&feature=youtu.be

Julija, Austria

Julija, Austria

As many fields of science intertwine, new discoveries in one field may benefit another one. In class, the students could be taught about a topic in one subject and the teacher could then ask another teacher from another subject to talk about the same topic but from the perspective of the other subject and possibly about the new discoveries.

Diego, Croatia

Diego, Croatia

Nowdays is very important that scientist from different fields of science collaborate together to achieve targets we never think will be possible to obtain. AI, computers, 3D printing, robotics in collaboration with scientist can make possible things that we think impossible. I read about the 3D printing of a human heart with tissue and vessels with patient material  in Israel.

Grace,Sicily.

Grace,Sicily.

Sorry ,but I do not understand Spanish so I coudn't follow the video.
Instesd,as far as the Webinar concerns,I found it very very interesting.
An holistic  point of view is important :
-make research inclusive
-open research to community's needs
-let citizens  take part, somehow ,  of  innovation
-involve different disciplines
-co-decide research.
The example of Sweden that has changed the way scientists solve problems is interesting.

An example of the discoveries  in the field of human genome for health( cancer).

Joan, Barcelona

Joan, Barcelona

Currently, two concepts that seem contradictory are gathered: specialization and the need to integrate very different disciplines. It reminds me of what happens in ecosystems, where processes that occur at very different scales, from molecular to landscape, are integrated.

An example of how new discoveries in other fields can relate to and contribute to the advancement of life sciences is the use of remote sensing in the study of disturbances, as is the case of forest fires. It is possible to download free satellite images very useful in teaching.

Lacramioara,Romania

Lacramioara,Romania

The findings in nanotechnology and microbiology are extremely important. These subjects can be used as topics of interdisciplinary physics-chemistry-biology projects.

Ankica,Croatia

Ankica,Croatia

New discoveries in all aspects of science are intermingled and contribute to the prosperity of all people.

Alessia, Italy

Alessia, Italy

I think that also discoveries in microbiome are important for life science and for public health.
I also believe that kwoledge means power, but also responsability.

add

# data[].attributes.body
Give more examples of how new discoveries in other fields can relate to and contribute to the advancement of life sciences?

The development of new equipment and machinery in medicine can enhance the advancement of diagnosis and treatment. Music and Art therapy are already in use to help patients recover mentally from serious illnesses. Biomechanical engineers are inventing new equipment to help patients have a better quality of life.

·Can you think of ways in which this could be taught in an interdisciplinary way?

At school subjects such as Art , Technology and Music projects can be co-ordinated so students can see that science is not a stand alone discipline that can solve problems in the real world, co-ordination with other disciplines can be more effective than just . medicine by itself.Students could carry out their own investigations at school with the help of experts( interviews) to research ideas themselves.

# data[].attributes.body
In my opinion, almost all new discoveries from various fields are gradually being in life sciences.
For example, the following topics may be taught interdisciplinarily:
A. discovery of a plastic´s decomposing enzyme
B. new discoveries in space
C. new methods of treatment diseases (eg, first drug using RNA interference)

# data[].attributes.body
I think with STEM education, students can understand science and have an idea about finding something new.

# data[].attributes.body
It sector has involved in every single aspect of our lives. So it's really good example in every sense filed we can choose. Modern technology is evolving fast so it really helps in all fields. In my school, we have different curriculums where we teach different kinds of fields connected with the same subject like bio-chemistry, IT in mathematics, geography and ecology etc.

# data[].attributes.body
Better knowledge of the chemical and physical properties of aerosol particles in a number of different environments, both indoor and outdoor, can provide basic information for improving experimental (in vitro and in vivo experiments) research for human health and, possibly, global warming climatic effects.

# data[].attributes.headline
 Selena, Romania      We all know science and medicine would've been nothing without technology.I think kids nowdays could be more interested in science with the help of technology.But the most important thing is that we develop medicines day by day and in the close future maybe cancer will no longer be a human problem.

# data[].attributes.subject
 Selena, Romania      We all know science and medicine would've been nothing without technology.I think kids nowdays could be more interested in science with the help of technology.But the most important thing is that we develop medicines day by day and in the close future maybe cancer will no longer be a human problem.

# data[].attributes.body
Currently, two concepts that seem contradictory are gathered: specialization and the need to integrate very different disciplines. It reminds me of what happens in ecosystems, where processes that occur at very different scales, from molecular to landscape, are integrated.

An example of how new discoveries in other fields can relate to and contribute to the advancement of life sciences is the use of remote sensing in the study of disturbances, as is the case of forest fires. It is possible to download free satellite images very useful in teaching.

# data[].attributes.body
Interdisciplinarity is the interaction of various disciplines, ie the interweaving of knowledge from one science to another to solve certain problems and tasks. In education, an interdisciplinary approach is required.
Modern educational technology, computer in teaching, the interactive board acts motivating for students, especially in the teaching of nature and society. In the classroom, horizontal and vertical connections are permeated. Correlation of teaching subjects and new discoveries contribute to the improvement of students' knowledge of life.

# data[].attributes.body
Today the use of technologies in scientific research is very important for the progress of humanity.

# data[].attributes.body
The news in the technology that can be used by people to help those with locomotor, vision, or other handicaps.

# data[].attributes.body
Give more examples of how new discoveries in other fields can relate to and contribute to the advancement of life sciences. Can you think of ways in which this could be taught in an interdisciplinary way?

# data[].attributes.body
Maybe is a dream but... a world without cancer is all we need through science. This will be the best discovery ever!

# data[].attributes.body
understang and discovering is very important for learning

# data[].attributes.body
Sciences are evolving so fast that only by teaching them in a way where creativity and making students think "outside the box" we will be able to overcome obsolescence. in secondary we teach basic science which is necessary to understand the new discoveries, but students sometimes may feel it is something old and completely disconnected from nowadays break-through research, that is why I feel it is crucial to establish a link between this two worlds ( if possible), and in any case, to approach basic science as an investigation , or Inquiry Based Learning, since the tools and professions of tomorrow have not been created yet.

# data[].attributes.body
I think that also discoveries in microbiome are important for life science and for public health.

# data[].attributes.body
Alessandra Mancini Italy
I deeply believe in the power of scientific literacy to make better our lives in a sustainable society. Science evolves through Discoveries, so it is important to make students aware of that showing the impact of some scientific discovery on the quality of the life, also teaching science hystori and reflecting about how  a specific discovery has been able to affect the destiny of a human population, from the times of the  Homo sapiens. For this reason I believe in the effectiveness of interdisciplinary approaches compared with the disciplinary ones.

# data[].attributes.body
Nurbanu, Turkey
I think with STEM education, students can understand science and have an idea about finding something new.

# data[].attributes.body
Bioeconomy is a new approach to come up with sustainable biological based products.

# data[].attributes.body
Scientific inventions are important, for example in the health sector but we must also show sense of responsibility. Not all inventions serve humanity. Here it is necessary to see our limits

# data[].attributes.body
Most things around us are result of scientific progress related to specific idustries - new biodegradable plastic, new genetic modified seeds in agriculture, new methods of curing diseases...

# data[].attributes.body
Study of climate change and its consequences on living things from the point of view of several disciplinary areas: Physics, Chemistry, Geography, History, ...in a humanist and citizenship approach

# data[].attributes.body
The world is changing.Industry 1.0, 2.0,.., 4.0. All problems are almost so complex and can't solve a single discipline. More than one discipline needs knowledge and skills. It is important to integrate multiple disciplines in science education.

# data[].attributes.body
New discoveries in nanotechnology, genetics and microbiology are extremely important, in fact, in all STEM domains. All natural sciences are intertwined, so they can be used as subjects of interdisciplinary projects of physics and chemistry-biology.

# data[].attributes.body
Nanotechnology and robotics are making a difference in how scientists can study living organisms. The ability of the computer to process large amounts of data also makes a big difference.

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1.	Methionine2.	The protein is modified at a later stage which could invove removing methionine

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1.	Methionine2.	The protein is modified at a later stage which could invove removing methionine

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I think that today the use of technologies in scientific research is very important, both for specific instruments and for data collection. The possibility to communicate and share quickly the discoveries of the individual researcher is also very important for the collaboration.

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All sciences are interconnected nowadays

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I think that  health research is  a complementary value for life sciences and public health.

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From my point of view, I think that computer science has contributed notably to the advanced of chemistry, thanks to the possibility of modelling.
Nowadays, I can't imagine myself doing a test without using a computer for example to understand the collected data. If you do so, then you can gather at leat sciences, mathematics and ICT in every research.
I would like to highlight one statement of the scientist of the first video: "Nowadays the limit is creativity".

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In the teaching of the disciplines of engineering and computer science one cannot prescind from their link with other scientific disciplines and also with the humanities. Only an overall vision can foster the acquisition of real skills

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discoveries are very important for the progress of humanity. Especially the discoveries in some areas.

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I think that discoveries in the field of health are important for life sciences and public health.

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Kinesiology, also known as human kinetics, is the scientific study of human movement. Kinesiology addresses physiological, mechanical, and psychological mechanisms. Applications of kinesiology to human health include: biomechanics and orthopedics; strength and conditioning; sport psychology; methods of rehabilitation, such as physical and occupational therapy; and sport and exercise. Individuals who have earned degrees in kinesiology can work in research, the fitness industry, clinical settings, and in industrial environments. Studies of human and animal motion include measures from motion tracking systems, electrophysiology of muscle and brain activity, various methods for monitoring physiological function, and other behavioral and cognitive research techniques. I like when experts combine robotic and kinesiology. It makes easier disabled people’s life and give them to chance to be in a part of world.

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ı think we can include science in our lessons

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I inculcate an inspiring learning in Biology and Chemistry through lab   hands on session.

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I may not think about a proper discovery (or at least a scientific discovery) but we could have a scientific approach on all these pollution-related topic and plastic issues.

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I could not watch because it was not subtitles. Webinar: Science and education in transition (Optional)

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In each school, the teacher should be a Laboratory where he can conduct scientific studies in his free time. By including students in the project and scientific research, both he will be aware of the innovations and encourage the people before. Students will wake up with curiosity.

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We can discover in way interdisciplinary new discoveries by tools and experimentes.

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science is a very broad phenomenon. continuously develops and changes. So new discoveries are very useful.
new discoveries in a science benefit directly or indirectly from the other. A teacher in the classroom gives a new discovery-knowledge that is learned through the students or by other teachers when it is learned by the knowledge. learning through interdisciplinary and new discoveries makes learning permanent. in the case of photosynthesis;
light absorption-incidence angle-intensity physics
Reactions in photosynthesis
biology
environmental impact geography
influenced by photosynthesis;
interdisciplinary relations can be established.

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Scientists are a process of new discoveries at every moment in order to lead a better quality life.

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Processing and analysing a lot of informations is tool that is very necessary.