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3D Anatomy for Surgery

  • Virtual Medicine
  • Advertising
  • Events
  • Educaction
  • Creation of 3D Characters
Are you an agency and have a project?

3D Anatomy for Surgery

  • Virtual Medicine
  • Advertising
  • Events
  • Educaction
  • Creation of 3D Characters
Are you an agency and have a project?

Pixel Dreams Projects

Plastic Surgery Congress
RENUVION SUMMIT las VEGAS

Dr. Jordi Mir Batllé is a renowned plastic surgeon from Barcelona with two decades of experience in Plastic, Aesthetic and Reconstructive Surgery.

He is an international leader in body surgery and specifically in high-definition liposculpture using the Vaser technique. He was awarded three consecutive years with the "Award World High Definition Lipo best before / after case", making him the fourth plastic surgeon in the world and the first in all of Europe to be in first position.

Dr MIr contacted Pixeldreams with the aim of commissioning the virtual presentation of his treatments using the most advanced techniques of 3D Anatomy and 3D Animation, and especially for the RENUVION SUMMIT congress in Las VEGAS, on April 13, 2024.

anatomiaanatomia 3d

The script of the 3D presentation begins with an introduction to the European beauty canon and then a detailed explanation of the 3D treatment is developed, using the techniques of Lipovaser, Microaire, Renuvion and Body Tite. The virtual treatment is explained through the use of 3D human anatomy and the use of 3D animation.

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Transforming Education and Scientific Communication with 3D Anatomy

In the digital era, 3D visualization marketing stands as a fundamental pillar for various industries, including educational and medical. Within this context, the use of 3D anatomy has revolutionized the way we understand and communicate the functioning of the human body. This tool has not only become a fundamental resource for medical training, but is also transforming the communication and relationship between doctors and patients.

The Pixeldreams team can provide medical specialists with interactive anatomical models.



Custom created to educate patients about their diagnosis and treatment plan. Encouraging greater participation and collaboration in the healthcare process.

Pixeldreams can even represent any type of MOA (Mechanisms of Action of Drugs) to facilitate biochemical understanding of any type of drug. In the field of training, one of the most notable aspects of 3D anatomy is its ability to enable the activation and deactivation of overlapping layers of information, as well as the ability to download tags and metadata. Students can explore the different systems and organs of the human body in detail and at their own learning pace. This interactivity not only facilitates the understanding of anatomical structures, but also improves knowledge retention.
We revolutionize the way medical professionals communicate complex surgical procedures.
— Alex Mas
_ALT

The advantages of using custom anatomical 3D models:

  1. Technical and personalized representation: First, pixeldreams offers an accurate and realistic representation of the human body, allowing students and healthcare professionals to become familiar with anatomy in a visually impactful way. Additionally, the ability to manipulate and explore each anatomical structure in detail helps to better understand its function and relationship to other parts of the body.
  2. Personalization of the Learning Experience: Another key advantage is the ability to personalize the learning experience according to the individual needs of each student. By being able to focus on specific areas of the body or anatomical systems, users can delve deeper into topics of interest or address areas that require greater understanding. For example, the 3D anatomy of the heart, for cardiology students (link to small animal cardio) or the 3D anatomy of the skull or bones for rehabilitators. This flexibility promotes more autonomous and effective learning, while maximizing the time and resources available.






Learning based on 3D Anatomy

At Pixeldreams we offer innovative solutions in the field of 3D anatomy learning, revolutionizing the way medical professionals prepare for complex surgical procedures. The "3D Anatomy for Surgery" project, led by the Jordi Mir Clinic, represents a significant advance in medical communication. At Pixeldreams we photorealistically model, texture, and program custom 3D anatomical models that facilitate immersive 3D anatomy learning. These models allow surgeons and patients to accurately understand specific anatomical structures, thereby improving pre-operative understanding and planning. The ability to manipulate and explore these three-dimensional representations encourages deeper and more effective 3D anatomy learning, ensuring better preparation and confidence in the operating room.


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3D Anatomy for Surgery
3D Anatomy for Surgery
3D Anatomy for Surgery
3D Anatomy for Surgery
3D Anatomy for Surgery
3D Anatomy for Surgery
3D Anatomy for Surgery
3D Anatomy for Surgery
3D Anatomy for Surgery
3D Anatomy for Surgery

3D heart anatomy

Another field in which Computed Tomography has proven to be especially useful is in the evaluation of traumatic injuries, such as bone fractures and internal injuries. Doctors can use CT to identify the precise location and severity of heart injuries which helps guide or plan appropriate treatment. Additionally, CT and the development of 3D human anatomy models are commonly used in surgery to help surgeons plan complex surgical procedures and perform minimally invasive interventions with greater precision. Our success story in this area is the creation of an augmented reality book on cardiology for small animals and veterinary students, a publication using augmented reality that has been translated into 15 languages ​​and distributed by the Servet publishing house.

Accurate and detailed display:

  • The Augmented Reality application allows detailed three-dimensional visualization of cardiac anatomy, including internal and external structures.
  • The Augmented Reality application makes it easier to understand the spatial relationship between different parts of the heart, such as valves, coronary arteries and chambers.



Reduction of risks and complications:
  • It allows for more accurate identification of critical anatomical structures, reducing the risk of injury during surgery.
  • It facilitates the anticipation and resolution of possible intraoperative complications by allowing a better understanding of the patient's anatomy.
Personalization of treatment:
  • It allows the surgical approach to be adapted to the specific anatomical characteristics of each patient, optimizing results.
  • It facilitates the selection of specific surgical techniques and medical devices that best fit the individual needs of each patient.
Education and effective communication:
  • Educational tool to train medical students, residents and other health professionals in cardiac anatomy and surgical procedures.
  • Communication between the medical team, the patient and her family by providing clear and understandable visual representations of the heart condition and the proposed treatment plan.

Computed Tomography and the Development of 3D Human Anatomy.

Computed tomography (CT) has revolutionized the field of diagnostic medicine since its invention in the 1970s. This advanced imaging method provides detailed images of the inside of the human body, allowing doctors to detect and diagnose a wide range of medical conditions. with unprecedented precision. CT uses x-rays and computer technology to create high-resolution cross-sectional images of tissues and structures inside the body.

Pixeldreams can also process and program this type of images to integrate them into interactive anatomical models that allow the reconstruction of a detailed three-dimensional image of a region of interest, for training or educational purposes. The CT scan process involves the use of a specialized machine called a tomograph.



During the scan, the x-ray tube and radiation detectors rotate around the patient's body, capturing multiple images from different angles.

Our 3D human anatomy models are based on real anatomical data, ensuring an accurate and reliable representation that facilitates interactive and effective understanding.

Pixeldreams anatomical 3D models

Discover how Pixeldreams can revolutionize your medical practice with our custom 3D Anatomy models. Contact us today to learn more about how our innovative solutions can improve your understanding and treatment planning. Transform your medical approach with the precision and detail of our 3D anatomy!


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Client
Jordi Mir Clinic
Services
  • Virtual Medicine
  • Advertising
  • Events
  • Educaction
  • Creation of 3D Characters
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