It has not only been an all-inclusive curriculum based on my standards … it has also shown significant trends of growth on district tests.

Science Bits provides teachers with lessons that help them teach science in a way that engages their students. Learn how Science Bits lessons introduce an inquiry-based, learning-by-doing method in today classrooms with our testimonials.
*Data obtained from an effective pilot study in 235 schools from different countries, with the participation of over 12,000 students.
BIOCHEMISTRY- PHYSICS, CHEMISTRY, AND BIOLOGY TEACHER (YEAR ONE TO YEAR SIX)
BIOLOGY TEACHER, COORDINATOR OF THE DEPARTMENT OF SCIENCES, AND SCIENCE TEACHER, SEK COSTA RICA INTERNATIONAL COLLEGE.
BIOLOGY-GEOLOGY TEACHER AND PHYSICS-CHEMISTRY TEACHER, DECROLY SCHOOL (MADRID)
BIOLOGY-GEOLOGY TEACHER AND PHYSICS-CHEMISTRY TEACHER, DECROLY SCHOOL (MADRID)
BIOCHEMISTRY- PHYSICS, CHEMISTRY, AND BIOLOGY TEACHER (YEAR ONE TO YEAR SIX)
BIOLOGY TEACHER, COORDINATOR OF THE DEPARTMENT OF SCIENCES, AND SCIENCE TEACHER, SEK COSTA RICA INTERNATIONAL COLLEGE.
BIOCHEMISTRY- PHYSICS, CHEMISTRY, AND BIOLOGY TEACHER (YEAR ONE TO YEAR SIX)
BIOLOGY TEACHER, COORDINATOR OF THE DEPARTMENT OF SCIENCES, AND SCIENCE TEACHER, SEK COSTA RICA INTERNATIONAL COLLEGE.
TEACHER OF NATURAL SCIENCES AND BIOLOGY. CURRENTLY IN CHARGE OF THE SCIENCE DEPARTMENT AT THE SANTIAGO EVANGELISTA SCHOOL, SANTIAGO, CHILE
BIOLOGY-GEOLOGY TEACHER AND PHYSICS-CHEMISTRY TEACHER, DECROLY SCHOOL (MADRID)
PRIMARY COORDINATOR AT IEP SAN JOSÉ DE CLUNY – BARRANCO, LIMA, PERU
BIOCHEMISTRY- PHYSICS, CHEMISTRY, AND BIOLOGY TEACHER (YEAR ONE TO YEAR SIX)
BIOLOGY TEACHER, COORDINATOR OF THE DEPARTMENT OF SCIENCES, AND SCIENCE TEACHER, SEK COSTA RICA INTERNATIONAL COLLEGE.
TEACHER OF NATURAL SCIENCES AND BIOLOGY. CURRENTLY IN CHARGE OF THE SCIENCE DEPARTMENT AT THE SANTIAGO EVANGELISTA SCHOOL, SANTIAGO, CHILE
BIOLOGY-GEOLOGY TEACHER AND PHYSICS-CHEMISTRY TEACHER, DECROLY SCHOOL (MADRID)
BIOCHEMISTRY- PHYSICS, CHEMISTRY, AND BIOLOGY TEACHER (YEAR ONE TO YEAR SIX)
TEACHER OF NATURAL SCIENCES AND BIOLOGY. CURRENTLY IN CHARGE OF THE SCIENCE DEPARTMENT AT THE SANTIAGO EVANGELISTA SCHOOL, SANTIAGO, CHILE
BIOLOGY TEACHER, COORDINATOR OF THE DEPARTMENT OF SCIENCES, AND SCIENCE TEACHER, SEK COSTA RICA INTERNATIONAL COLLEGE.
BIOLOGY-GEOLOGY TEACHER AND PHYSICS-CHEMISTRY TEACHER, DECROLY SCHOOL (MADRID)
BIOCHEMISTRY- PHYSICS, CHEMISTRY, AND BIOLOGY TEACHER (YEAR ONE TO YEAR SIX)
BIOLOGY AND CHEMISTRY TEACHER COLEGIO MADRES ESCOLAPIAS CERRO DE LAS ROSAS, CÓRDOBA, ARGENTINA
BIOLOGY TEACHER, INSTITUTO MARÍA DE NAZARETH – CALERA, CÓRDOBA, ARGENTINA
BIOLOGY TEACHER, COORDINATOR OF THE DEPARTMENT OF SCIENCES, AND SCIENCE TEACHER, SEK COSTA RICA INTERNATIONAL COLLEGE.
TEACHER OF NATURAL SCIENCES AND BIOLOGY. CURRENTLY IN CHARGE OF THE SCIENCE DEPARTMENT AT THE SANTIAGO EVANGELISTA SCHOOL, SANTIAGO, CHILE
BIOLOGY-GEOLOGY TEACHER AND PHYSICS-CHEMISTRY TEACHER, DECROLY SCHOOL (MADRID)
TEACHER OF NATURAL SCIENCES AND BIOLOGY. CURRENTLY IN CHARGE OF THE SCIENCE DEPARTMENT AT THE SANTIAGO EVANGELISTA SCHOOL, SANTIAGO, CHILE
BIOCHEMISTRY- PHYSICS, CHEMISTRY, AND BIOLOGY TEACHER (YEAR ONE TO YEAR SIX)
BIOLOGY AND CHEMISTRY TEACHER COLEGIO MADRES ESCOLAPIAS CERRO DE LAS ROSAS, CÓRDOBA, ARGENTINA
BIOLOGY TEACHER, INSTITUTO MARÍA DE NAZARETH – CALERA, CÓRDOBA, ARGENTINA
BIOLOGY TEACHER, COORDINATOR OF THE DEPARTMENT OF SCIENCES, AND SCIENCE TEACHER, SEK COSTA RICA INTERNATIONAL COLLEGE.
BIOLOGY-GEOLOGY TEACHER AND PHYSICS-CHEMISTRY TEACHER, DECROLY SCHOOL (MADRID)
Teaching is a multifaceted profession, demanding one person to wear multiple hats, often simultaneously. Having a resource that truly helps lighten the burden of at least one of those hats, and one that actually produces consistent gains in learning growth, is a wonderful feeling. Science Bits is one of those miraculous resources!
I have been using Science Bits in my 6th grade science class within a low socioeconomic status, rural county for over a year. It has not only been an all-inclusive curriculum based on my standards that requires no additional research, material/resource creation, organization, or formative assessment planning on my part, it has also shown significant trends of growth on district tests.
Students are guided in how to think like a scientist by real scientists, using one of the most successful formats – the 5E. They are given small chunks of information one at a time with interactive tasks and digital manipulatives as on-going assessment at each step up a beautifully constructed scaffold. Students genuinely explore concepts, generate questions, and develop reasoning a bit similar to a well-rounded STEM activity (but better), instead of being given facts to memorize and regurgitate or doing worksheets that require little application of the content information. Differentiation, ELL/ESOL accommodation, and integration of reading and math are now far easier than ever before in my 10 years of experience.
Science Bits delivers on so many levels and is so user friendly that a teacher with one license, an ActivBoard, and no science background could still use and benefit from the program. Data is easy to collect, and my district pre/post test data proves the great strides in improvement students are experiencing in transferring their learning from the program to a standard multiple-choice exam. Students are making connections with little effort, even between different units. The students enjoy it, the teacher enjoys it, and it works! What more do you need?
I love using Science Bits with my 8th graders because it’s not encyclopedic, it’s experiential.
Students don’t need to be fed vocabulary because they can just look those things up. They need to be taught how to think and Science Bits does an excellent job of that. The simulations and virtual labs are innovative, responsive, and engaging. It’s based on the 5E model which has been research-proven and also works nicely with 3D instruction that should start with a phenomenon.
I love that it requires the students to work through a problem until they get it totally right. Vocabulary and background ideas are there for their perusal at any point in the process, including during the testing.
It helps them to learn to think through problems like a scientist would. It’s the best addition I have made to my curriculum in the 11 years I have been teaching.
Short, focused practice activities on topics from classification to chemical composition provide great opportunities to target specific learning goals.
Science Bits units follow a consistent design. Engage segments use short videos to introduce students to real-world situations (e.g., trash sorting centers) or ideas (e.g., the cause of the seasons). The “Explore,” “Explain” and “Elaborate” phases offer learning opportunities and practice through online activities, simulations, questions, and dynamic images. All “Evaluate” sections begin with great summary videos based on the lessons’ concept maps, and include a final student assessment.
As a matter of example, the microscope simulation serves to prepare kids well prior to in-class labs. Videos like the one on expansion and contraction in solids and gases allow students to gather experiences that may be difficult or time-consuming to re-create in the classroom context.
The smaller chunks of content within the lessons make Science Bits a gold mine of information.
The wide range of options Science Bits offers to students result in great learning experiences.
Science Bits’ project caught our attention from the moment they presented it to us. Any tool that creates the need for the student to find answers is at the very least interesting. From this point of view, the methodology that Science Bits is based on provides us teachers with a very useful tool to arouse the students’ interest in any of the scientific disciplines that are worked on in the classroom.
On this basis of learning, Science Bits gives us the necessary means to approach the study of scientific content: videos specially designed to meet a specific goal; interactive simulations that allow students to do virtual experiments—through them students can even consider details that seemed insignificant at first—; the possibility of drawing graphs with the data collected; and so on. And all this takes place in the same classroom, without having to resort to a different computer tool.
It is a visually attractive project that allows us to work both in groups or individually, promoting autonomous learning.
Innovative, appealing, inclusive… Students get to learn without being aware that they are actually studying. That’s why they are always asking me to use Science Bits.
The learning method and assessment of knowledge acquired that this product favors, with its focus on skills development and application of knowledge, is a strong incentive for students. It has been a while since they last had to think and draw conclusions in such a fascinating manner.
Suitable for all palates.
Wow! Science Bits is a Science teacher’s dream. There are too many good things to say about this ed-tech tool to cover in this comments section, but what I will say is goodbye textbooks and rote memorization and hello to scientific exploration and discovery!
Although we were cautious and fearful about embracing the digital era, both my colleagues at the department and I were totally impressed with the Science Bits project from the very start.
It is true that it wasn’t easy, either. We had some minor technical problems at first, and many doubts and concerns about the method and the results. Having used the product for a year, I can speak from experience: all our concerns have been dispelled and the method truly works. At the very least I can guarantee you that the students do not learn any less than using a more traditional method. Quite the opposite, in fact: when compared to the results obtained through conventional written tests, their learning outcomes have become much better.
Students are actively involved in their own learning process, seem to be more motivated, and get to monitor their own progress from the first minute. Also, the method is useful in rescuing those students who, after having fallen behind with conventional methods, rarely manage to catch up.
The teachers’ role also changes, especially in the computer room: they no longer take center stage but rather assist students, clarifying doubts and helping them to do Internet searches and make new discoveries. Science Bits’ methodology does not rely so much on memorization as it does on developing certain skills—they call them “competencies,” nowadays—that make their learning experience richer and more complete. New concepts are acquired as a consequence; knowledge is no longer imposed on the learners, as we had more often than not come to expect. And what’s more, assessment using this method is much easier for teachers.
To sum up, we’re happy to work with this learning platform in our school, to use this methodology and its resources—which, by the way, are outstanding—that lead to a high standard of education. If a good tool is one that allows you to do what you set out to do in an easier and more efficient way, then I’m fully convinced that Science Bits is a great tool.
The Science Bits platform makes teaching easier thanks to its structure, which allows inferring information through the connection of ideas and previous knowledge. In this method the students work on their own and in teams and can evaluate their own learning in a practical way. This platform facilitates understanding of the concepts, which are reinforced in the classroom through other activities, until the right level of understanding is achieved. Also, this platform allows students to develop a self-taught skill: they can work on the topics by themselves and use all the necessary information and do many practical activities that help them to develop their knowledge.
One of the advantages of Science Bits is that it includes all the stages necessary to acquire knowledge, from a link to an activity in the world to the theoretical explanation of a concept and its application. Another advantage is that it allows us to assess the individual progress of each student, based on the activities that are carried out within the platform, and in this way we can make a better follow-up of their learning process and ensure a personalized attention.
I think that Science Bits has had a positive effect on my students because it has allowed them to study real applications of science in their everyday life experiences. Through the platform the students can do more in-depth analyses, connect previous ideas, and infer the processes to be carried out. The platform has allowed them to have a safe research space, where they can acquire knowledge and put it into practice.
Science Bits develops an educational model that encourages inductive and significant learning by means of real situations which are close to the student’s everyday life and engage his or her interest in learning. This makes Science Bits highly motivational. Students positively value the initial video that introduces each topic and the quality of the explanations and the graphic material. The explanatory videos are clearly focused on erradicating misconceptions and helping students understand, by means of experimentation, the scientific principles they illustrate. At the same time, students highly value the content’s bilingualism, its quick, precise, and self-correcting exercises that contribute to pace one’s own learning, and the dynamic concept map included in each lesson, which can be used to review and arrange concepts before the evaluation process. Evaluation activities are 100% coherent with the skills-based learning process, which goes beyond the direct instruction method they are used to. One must, however, combine them with memoristic exams that ensure the acquisition of the vocabulary and the basic concepts of the subject matter. To sum things up, Science Bits is an excellent platform to put to practice the skills-based methodology on which our school system is based.
The following anecdote sums up what Science Bits has meant for my classes: during the Doors Open Days at our school, a visiting father asked a group of students why [he] should take [his] son to that school and not to a different one. One of our students replied: “because we learn science with Science Bits.”
Student motivation has increased with Science Bits content. The concept map, images, videos, and most of the activities and questions throughout the lessons have piqued our students’ curiosity. Science Bits has helped me a great deal in generating a passion for science.
On top of this, the constructivist model followed, which does not oversee the precept of “conceptual theory,” has given way to significant learning and resulted in effective acquisition of knowledge.
We decided to go ahead and use Science Bits in English during this school year, and I can assure you that the language choice we made has motivated our students even further and granted us the opportunity to do transversal work in both English and Science. At the same time, this allowed us to improve the specific use of English in science of both our teachers and students.
The activities designed by Science Bits drive students to question things and encourage creativity, research, and experimentation…in short, scientific skills. The work done in class using Science Bits fosters scientific debates and exchange of ideas among students, but it also allows for individual work through the monitoring and self-evaluation tools made available for the teachers. All in all, it is a great resource for teachers and a highly effective tool for students.
In my opinion, the most substantial change offered by Science Bits in relation to conventional content has to do with their pedagogy. Their proposal involves reversing the order of learning: an experiment sets the students’ “mental engines” in motion before the concepts are explained. I find this to be much more effective than the traditional method, with the formal explanation being followed by the practical experiment. The “Engage” section is also very interesting, I like its implicit motivation and simplicity.
Science Bits is a great tool for students to understand abstract contents of Life Sciences… It allows them to visualize processes and structures in a graphic and simple way … allowing the understanding, comprehension, and learning of a wide variety of contents. The students state that the activities serve them to put the theoretical contents into practice and self-assess the knowledge acquired throughout the unit, since the resolution of those activities implies having understood the contents addressed first.
We have been using it for two weeks in science classes from year five in primary education to year five in secondary education.
Students are more in tune with the subject; we can use synchronized activities to better monitor their learning.
This resource has several strengths, but I would highlight the types of activities, which include interactive resources with videos that end with an inquiry question for the students. The type of evaluation it proposes is also outstanding, which is aimed at assessing student understanding of the knowledge acquired.
1. The contents are suited to the skills being assessed.
2. You can provide adequate feedback on the subject.
3. The evaluation system.
I would recommend it because the multiple didactic resources it offers greatly support the development of a lesson in class.
Students have liked it and given positive and enthusiastic feedback on the platform, such as: «¡Wow, teacher! ¡It’s very cool!»
We have been using Science Bits in year five in primary education for a year.
We have seen an overall improvement in student motivation and there’s been a shift in their approach to the exploration of knowledge.
I would highlight the use of audiovisual resources, as well as the interactive part implemented in the labs.
1. The inclusion of videos and activities related to the students’ everyday life, which increases their motivation and enhances their performance.
2. It is designed for students to go at their own pace, which promotes self-study.
3. The option of virtually manipulating the measuring instruments.
4. The evaluation system that it proposes.
Yes, I would recommend it to any of my colleagues.
It is a nice surprise to see how quickly students learn to intuitively access the materials on the platform and also how they adapt to it, at times much faster than myself.
Science Bits has organized my classes, from planning through to assessment. It also speeds up my correction times and, above all, it addresses SCIENCE in an engaging way.
It also allows me to choose the content that I want to develop. It is not a finite and static product. I have even incorporated my own themes to the platform, and I can have everything in the same «digital book.»
Formative assessment is carried out naturally because of the way the 5Es are structured.
The advantages of using Science Bits are many, but I want to highlight the excellent quality of the multimedia resources it offers. The videos, simulators and images that go with the theoretical content are varied and suitable for each of the topics covered. They capture the student’s attention as they move through the units because the content is concrete and clear. The problematic situations that are proposed, especially in the “Explore” and “Elaborate” sections, allow students to develop fundamental skills such as critical thinking and collaborative work.
Students are highly motivated to go through each page of Science Bits because they know that science is presented in an accessible way. Science is approached from everyday problems, and this makes them want to learn and experiment. It is a user-friendly platform for students as well since it can be accessed and browsed easily.
When I had to go virtual due to the pandemic, I was grateful for having worked with Science Bits for some years already because it allowed me to take full advantage of the tools that the platform offers. From being able to communicate with the students via messaging, to scheduling activities and evaluations, and above all, to working with simulators or videos of laboratory experiences that brought the task of doing natural sciences closer to the students. And they, in turn, were able to pace their own learning times.
It’s our first time using it. We use it in year one in secondary education.
In integration to solve challenges and understanding of concepts through the platform.
It is a digital resource that helps us a lot in the classroom, as it has simulators and other activities that the students like.
1. It’s a great source of motivation for the students.
2. Use of videos and simulators.
3. Application of concepts to everyday situations.
I would recommend it to other science teachers because it is easy to use and it motivates students, and also because with these activities it is very easy to generate grades.
This different way of presenting knowledge has had quite an effect on them. It has most definitely stimulated interest in learning in the classroom.
We’ve been using it in 7th grade for the last two and a half years in the subject of Science 1 that mostly has to do with Biology.
The main change that I have seen is that their motivation has increased, since they are now able to do virtual work on experiments in simulated environments or use interactives to experiment with their everyday reality.
The main strength in Science Bits is the wide variety of resources teachers can choose from to meet a single objective, meaning that the students are then exposed to different ways of perceiving learning. Another strength is how rich and deep the evaluations can be, allowing teachers to clearly differentiate between levels of student achievement. What’s more, the proposed evaluation helps to ensure that there is transfer of knowledge and not only rote learning. The tools made available for managing evaluations and having control over deadlines make it a very comprehensive platform.
1. Having interactive resources to experiment.
2. The difficulty levels that allow teachers to customize the subject for each individual student.
3. Ability to restructure the contents, since these can be adapted as progress is made.
I would recommend it to science teachers, since the contents of the subjects can be treated in depth. Also, the resources can be used from different perspectives, something that helps to make connections with other areas of knowledge. I would also like to highlight the diversity of tools used for students to acquire knowledge. In terms of management within the classroom, there is greater control over the work done by the students.
Sure. For example, the students were initially reluctant to use the platform, but after some guidance on how to use it and seeing how the sections, exercises and interactives were clearly structured, they were motivated and committed themselves to do all the proposed exercises.
As for the parents, once they learned that students can track their own learning process and continue to gain depth in the topics, they were happy to know that their kids could still use Science Bits even if they couldn’t make it to school one day. That also meant that there was a way for them to track their children’s performance.
I’ve talked to colleagues from other educational centers and I realized how useful Science Bits has been. The fact that the platform is so complete has allowed me to focus on each of my students individually; the kids that are behind, the advanced ones, the students both as a whole and as individuals. All it takes is to try and find what I need and it’s there for me. The videos are clear, the animations are appropriate, the exercises are specific, and because they are self-correcting, the students can progress at their own pace.
I started teaching science classes in 1990, so I have had the chance to use many different texts over the years. But discovering Science Bits was a dream come true. When I have to introduce a new topic, the five Es (Engage, Explore, Explain, Elaborate, and Evaluate) allow me to select what I want and adapt it to the needs of my school kids.
It has had a very positive impact. The kids are delighted with how versatile the platform is, the fact that they can “play” has been a great success. They have fun learning; learning becomes a game, and in this way new knowledge is easily acquired. I can’t wait to see the results of the tests we do every second month.
OH, THANK YOU SO, SO MUCH! It was such a relief! To know that I could use the platform gave me great peace of mind, given how difficult it was to tackle the pandemic. Having the platform allowed me to stick to a work plan. One of the greatest difficulties was that the kids, along with ALL their family, entered the privacy of my home, and I was always ready for it. I didn’t have enough time to do everything I had to do, but I was confident that my classes lived up to the expectations because of the quality of the Science Bits product. That made a huge difference in terms of quality of life.
Science Bits is an excellent tool to teach my lessons. It is attractive to both the student and the teacher because it is interactive. It is the best virtual platform I have used, with original, high-quality material.
It is a fully-fledged platform. I can teach my classes easily without having to produce any extra material of my own. It has contents, practices, evaluations and audiovisual aid. It also has simulators, such as a virtual microscope we used last year. The videos were of great help to complement my explanations.
Science Bits allows kids to learn interactively. They love watching the videos and the simulations. They have had a great time using this platform, because it is different from what they have always used.
Thanks to Science Bits, the shift from in-person teaching to virtual classes was easy. We work in the same way as we did in the classroom. The adaptation was simple and quick.
From Year five of primary education (11 years) to Year two of secondary education (16 years).
– Motivation. They love interactivity, especially in the context of this pandemic.
– Interrelation with other disciplines and application of science to everyday life experiences.
– Understanding of natural phenomena.
– Development of higher order scientific thinking skills through the use of simulators.
– In this context of hybrid education it has been extremely positive to be able to monitor student progress with the activities, as well as having the option of printing them so that students in the classroom can work at the same pace as those who are doing it remotely.
Interactivity, simulators, order and structure of curriculum, and results management in student evaluation.
1. Management, review of tasks, and student monitoring.
2. Explanation of scientific phenomena through simulators and interactivity.
3. Gradation in the level of difficulty of the activities, which allows working at different paces based on the students’ needs.
Yes, to teachers and school managers. Because it facilitates and supports teaching management in a way that is adaptable to the specific needs of the students.
In our school we are committed to inclusion. Students with SEN (Special Educational Needs) and their families appreciate the resource, especially the video summaries at the end of each unit and the possibility of scheduling the activities suited to the students’ development.
From year seven in primary education to year one in secondary education.
The content to be worked on and the students’ environment are connected smoothly. Then you can access their preconceptions more easily, their motivation to learn is enhanced, and so is their understanding of the phenomena they are studying.
The digital resource, the simulators, the wide range of activities to be developed, and the relationship between the contents worked on and the type of questions posed are hands down the best aspects of it.
1. Greater classroom interaction.
2. The option of having a self-correcting system of questions and answers.
3. The relevance of the activities to be developed.
I think it is a highly recommended resource since it results in meaningful learning in the students and promotes the generation of scientific skills.
I would definitely recommend this resource to all science teachers.
One of the anecdotes would be that since the examples are so simple and so everyday, the students are poised to engage in fluent academic discussions with each other.
My experience with Science Bits is excellent because it offers a different way of teaching, an innovative methodological strategy that attracts students.
It has many teaching tools such as videos, exercises to gain practice with the concepts explained, projects for research on the topics, and so on. In short, with the 5E, students interact and learn unknowingly, with enthusiasm and with the ICTs that, incidentally, are the language they use. A very positive experience.
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