History and development of MRI.

Basic principles of MRI.

Differences between MR of 1.5 Tesla and other magnetic field strengths.

Use of 1.5 Tesla MRI in various medical areas (neurology, orthopedics, cardiology, etc.).

Case studies and clinical examples.

Latest research and technological developments.

Future trends and possible applications.

What it is and how it is applied

Typical cases and procedures

Importance of safety in radiology

Protection measures and protocols

Role of radiology in oncology

Case studies and advanced techniques

Training and skills required

Challenges and satisfactions of the profession

Summary of the impact of radiology

Visions for the future of the specialty

Technical description of the 1.5 Tesla MRI equipment.

Image parameters and settings.

Specific advantages and limitations of the 1.5 Tesla MR.

Safety protocols for patients and operators.

Considerations for patients with implants and medical devices.

Glossary of terms.

Citations from experts and leaders in the field.

Bibliography and links to relevant studies.

Specificities and considerations

Technology and special techniques

Recent innovations

Future of radiology

Medical image digitization

Impact of AI in radiology

Analysis of real cases

Interpretation and radiological diagnosis