Medicalholodeck News

[h3]Medicalholodeck is launching RecordXR Studio, designed to simplify and enhance AR and VR content editing. RecordXR Studio provides a powerful platform for creating high-quality 4D content, suitable for educators, developers, and VR creators.[/h3]

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[h3]To RecordXR Studio
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[h3]Key Editing Features[/h3]
RecordXR Studio offers tools for editing your immersive narratives. You can cut, shorten, and stitch your recordings, similar to traditional video editing software. The platform also supports seamless audio editing and synchronization, allowing for detailed adjustments to your projects.
One notable feature of RecordXR Studio is the ability to integrate avatars, adding an interactive element to your content. Additionally, you can create multilingual versions by adding audio tracks in different languages, making your content accessible to a broader audience.
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[h3]Streamlined Content Creation and Management[/h3]
With RecordXR Studio, producing AR and VR content is straightforward. Capture your experiences using the RecordXR app, whether you're developing educational materials, simulations, or other immersive experiences. Utilize your data or Medicalholodeck's extensive assets to create compelling content. Import your recordings into RecordXR Studio to refine and perfect them.
The RXR file format simplifies the recording and editing process, ensuring high-quality results for educational libraries, virtual reality simulations, or detailed surgical training. RXR files are compatible with standalone VR devices like Quest 3, 2, Pro, and tethered PC VR systems, ensuring seamless integration across platforms.

[h3]Enhancing Immersive Storytelling[/h3]
RecordXR Studio supports the creation and management of simulations, classes, or unique projects. Combine your expertise with immersive datasets and encapsulate your knowledge in AR and VR formats for easy storage and sharing worldwide.
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[h3]Get Started Today[/h3]
Request a demo to explore how our solutions can improve your AR and VR content creation process.
For more information or support, contact us at [email protected] or call +1 347 480 1356. Stay updated on product developments, regulatory progress, and availability by subscribing to our newsletter.

For more information, contact [email protected]

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Medicalholodeck is expanding its Medical Imaging software by integrating Positron Emission Tomography (PET) imaging. This update enables seamless integration of PET DICOM files with CT DICOM files, along with AI-powered automatic data segmentation. This enhancement provides a multi-dimensional view of diagnostic data, underlining our commitment to offering the most advanced tools in spatial medical imaging.

[h3]Seamless Integration of PET, CT, and AI[/h3]
PET, a highly valuable imaging technique in various medical specialties, including oncology and neurology, allows clinicians to observe metabolic processes within the body. When fused with CT scans, PET provides not only anatomical details but also metabolic activity, offering a comprehensive overview of a patient's physiological state. Medicalholodeck goes one step further, by making PET, CT, and automatically segmented smart layers easily accessible in AR and VR.

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[h3]Automatic Layering, Precise Image Registration[/h3]
The process starts by importing the PET DICOM files into the Medicalholodeck software, a step as straightforward as uploading any standard dataset. Once uploaded, our innovative layering functionality activates, automatically aligning the PET images with the corresponding CT scans. This ensures precise registration and optimal visualization of the combined datasets. Users can easily switch between PET, CT, or the auto-segmentation views, providing unprecedented insights never before seen.

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[h3]Advanced Visualization and Easy Control[/h3]
Medicalholodeck's layering system and automatic alignment algorithm are pivotal for precise analysis and diagnosis. They enable medical professionals to directly correlate metabolic activity with anatomical structures, enhancing both understanding and accuracy. This layering functionality not only streamlines the integration of data but also improves the reliability and utility of the visual output. Users can customize the visualization to meet their specific needs, adjusting layers to achieve the clearest and most informative view possible.

[h3]Unparalleled 3D Views for Spatial Medicine[/h3]
Control over visualization is a cornerstone of the Medicalholodeck experience. Users have the flexibility to adjust each layer individually—fading layers in or out, turning them on or off, and even making precise cuts in one or both layers. Furthermore, individual organs can be isolated, with other structures faded out or hidden, offering unparalleled insights into the depths of your critical medical data. This level of control is crucial in situations where precision and detail are paramount, especially in complex cases where high-quality imaging can directly impact patient outcomes.

[h3]3D Imaging for Advanced Healthcare[/h3]
The ability to manipulate these layers provides an unprecedented 3D view that is not just visually impressive but also immensely practical. Whether for educational purposes, pre-surgical planning, or ongoing patient management, the detailed images rendered in Medicalholodeck facilitate a deeper understanding and a more targeted approach to healthcare.*

*Important Notice Regarding Functionalities for Surgical Planning and Professional Clinical Usage
The specialized features tailored for surgical planning and pre-operative professional applications are exclusive to Medical Imaging XR PRO. At the moment, Medicalholodeck's applications are only available for educational purposes.

[h3]The integration of virtual reality (VR) and mixed reality (MR) into surgical practices marks a significant advancement, especially in the realm of endoscopic dacryocystorhinostomy (DCR). This article delves into the pioneering work of Rafal Nowak, MD, Izabela Nowak-Gospodarowicz, MD, Marek Rękas, MD, and Mohammad J. Ali, MD, PhD, FRCS, showcasing the transformative potential of these technologies in addressing extremely complex lacrimal drainage obstructions.[/h3]

Nowak R, Nowak-Gospodarowicz I, Rękas M, Ali MJ. Virtual Reality and Mixed Reality-Assisted Endoscopic DCR in Extremely Complex Lacrimal Obstructions. Laryngoscope. 2024 Mar 21. doi: 10.1002/lary.31399. Epub ahead of print. PMID: 38511475. https://pubmed.ncbi.nlm.nih.gov/38511475/

[h3]The Study: VR and MR in Powered Endoscopic DCR[/h3]
The focal point of this discussion is a study that demonstrates the application of VR and MR in powered endoscopic DCR, particularly targeting complex syndromic congenital nasolacrimal duct obstruction (CNLDO) and post-traumatic secondary acquired lacrimal duct obstruction (SALDO) in patients with Le Fort fractures. This segment explores the methodology and the innovative approach of utilizing preoperative planning with VR and intraoperative guidance with MR to enhance surgical precision.



[h3]Case Studies: Overcoming Anatomical Challenges[/h3]
This section presents detailed case studies from the study, illustrating the effectiveness of VR and MR in navigating the surgical complexities presented by patients with conditions like Apert syndrome and traumatic SALDOs. It highlights how VR models facilitated preoperative assessment and planning, while MR models provided real-time intraoperative guidance, enabling surgeons to navigate through the altered anatomical landscapes with unprecedented precision.
The Impact and Potential of VR and MR in Surgery
The results of this study underscore the viability of VR and MR-assisted powered endoscopic DCR for managing exceptionally challenging cases of CNLDO and SALDO. This part of the article discusses the broader implications of these technologies in surgical practices, emphasizing the enhanced level of anatomical insight and surgical precision they offer.



[h3]Challenges and Future Directions[/h3]
Despite the promising outcomes, the integration of VR and MR into surgical procedures comes with its set of challenges, including additional costs, the need for extensive planning, a steep learning curve, and the requirement for specialized equipment. This section addresses these challenges and considers the future of VR and MR in surgical practices, highlighting the need for further research and clinical trials to fully harness the potential of these innovative technologies.

[h3]Conclusion: A New Horizon in Surgical Practice[/h3]
The article concludes by reaffirming the significant contributions of Nowak, Nowak-Gospodarowicz, Rękas, and Ali in integrating VR and MR into endoscopic DCR procedures. It reflects on the transformative impact of these technologies on complex lacrimal surgeries and anticipates their broader application in advancing surgical practices across various disciplines.

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[h3]Medicalholodeck's Anatomy Master 2 marks a significant advancement in the field of basic anatomy education, offering an immersive anatomy atlas that goes beyond traditional learning methodologies. Anatomy Master 2 enriches the understanding of human anatomy by allowing users to interact closely with detailed 3D anatomy models, providing a more engaging and efficient study process. [/h3]

Medicalholodeck is updating Anatomy Master XR, its basic anatomy atlas. It is particularly beneficial for K12, future medical students, nurse students, and everybody interested in the human body and anatomy, enhancing their proficiency through a hands-on learning approach in AR and VR.



The application serves as a comprehensive 3D human anatomy atlas, integrating professional-grade models suitable for various educational settings, from K-12 to medical schools. This inclusivity ensures that Anatomy Master 2 is a valuable asset across various levels of medical education, improving the learning curve.

Also, with Medicalholodeck’s RecordXR, educators are empowered to craft bespoke lessons and simulations, enriching the educational content with VR's dynamic capabilities. This adaptability makes Anatomy Master 2 a versatile tool for both classroom environments and individual study.

[h3]Standalone Immersive Learning[/h3]
Anatomy Master 2 is improving anatomy education through immersive virtual reality, setting a new standard with its interactive 3D models, and a comprehensive digital platform that transforms learning into an engaging, hands-on experience. This application is specifically optimized for standalone VR devices such as the Quest 3, Quest 2, and Apple Vision Pro, among others, making advanced anatomy education accessible without the need for external hardware.



[h3]Three-Dimensional VR Anatomy[/h3]
At the core of Anatomy Master 2 lies its three-dimensional representation of human anatomy, offering an unparalleled tool for both learning and teaching. The VR environment provides an immersive experience that allows users to explore over 2000 precisely crafted anatomical structures and organs as if they were walking around and dissecting them in real space.

[h3]Unmatched Accuracy[/h3]
The application boasts highly accurate anatomy models, developed from real patient data. This ensures that the models reflect true human anatomy with high precision. The collaboration with leading experts and the use of Medicalholodeck's technology underscore the commitment to providing a professional-grade educational resource.

[h3]Efficient Learning Experience[/h3]
Anatomy Master 2 offers an immersive learning environment where users can enlarge models, view them from any angle, and juxtapose them with medical imaging and dissections. This not only aids in a comprehensive understanding of human anatomy but also bridges the gap between theoretical knowledge and practical application.

[h3]Collaborative and Interactive [/h3]
Anatomy Master 2 facilitates a collaborative learning environment, suitable for diverse educational settings such as VR labs, virtual classrooms, and even remote learning. This fosters a community of learners and educators who can share knowledge and experiences across the globe.



[h3]Record, Replay, and Share[/h3]
And with RecordXR you can easily create and save educational content, and share it with users worldwide. This not only facilitates access to quality anatomy education but also allows for asynchronous learning, where students can replay lessons and absorb information at their own pace.

[h3]3D Models, Dissections, and Medical Imaging - on One Platform![/h3]
The application's 3D models are derived from actual CT and MRI scans, with textures and structures that replicate real human organs with remarkable fidelity. This high level of detail in the models ensures that users get a realistic view of human anatomy, enhancing the learning experience. And of course, you can use Anatomy Master 2 in the bundle together with Medical Imaging XR and Dissection Master XR, making learning a unique experience.

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[h3]The Future of Education is Spatial![/h3]
Anatomy Master 2, developed by Medicalholodeck, is an innovative educational tool designed to cater to the foundational anatomy learning needs of students across various educational stages, from K-12 to the university level. Tailored specifically for beginners, it offers simplified yet detailed anatomy models, making it an ideal entry point for students embarking on their journey into the complex world of human biology and anatomy.

[h3]From Classroom…[/h3]
For K-12 students, Anatomy Master 2 introduces the basics of human anatomy in an engaging, interactive manner. By leveraging simplified models, it clarifies complex biological structures, making it easier for younger learners to grasp fundamental concepts. This early exposure can spark interest in the biological sciences and lay a solid foundation for future learning.

[h3]To Higher Education…[/h3]
At the university level, especially for students in pre-med or related healthcare programs, Anatomy Master 2 serves as a stepping stone into more advanced studies. It provides a basic understanding of human anatomy, crucial for those about to embark on more detailed and specialized medical training. The application’s interactive features allow for a hands-on learning experience, which is invaluable in retaining complex anatomical information.

[h3]To Clinic[/h3]
For medical training, although Anatomy Master 2 is designed with beginners in mind, it still offers significant value. It can be used as a refresher tool for more advanced students or as a supplementary resource to explain basic concepts in patient education or peer tutoring. The application’s broad accessibility and ease of use make it a versatile tool in the medical educational toolkit.



[h3]Perfect for Teaching and Learning[/h3]
Anatomy Master 2 utilizes advanced VR technology to transform anatomy education with an immersive experience, optimized for popular standalone VR headsets like the Quest series and Apple’s Vision Pro. This innovation transcends traditional VR limitations, providing a user-friendly platform that saves time and money by avoiding complex setups and costly equipment. It opens up sophisticated anatomy learning to a wider audience, including beginners and institutions like nursing schools, making high-quality education more accessible.

The wireless nature of these VR headsets enhances user mobility and comfort, enabling interactive exploration of detailed anatomical models in a virtual lab setting, which is crucial for understanding complex structures. With its intuitive interface, Anatomy Master 2 is an essential tool for introductory anatomy studies, marking a leap in educational technology by making intricate topics more understandable and engaging.

[h3]Anatomy Master 2 - Available on May 1st[/h3]
Anatomy Master 2 will be available on May 1st. Current Anatomy Master XR users get a free upgrade, adding value with bundled educational tools. Medicalholodeck aims for wide accessibility, offering competitive prices, particularly for students.

The application will be available on multiple platforms, including standalone VR headsets like the Quest series, from Steam, and direct download from Medicalholodeck's website, ensuring easy access for a diverse audience.

[h3]The University Hospital Bonn has introduced a groundbreaking mixed-reality system for thoracic surgery, integrating holographic overlays and real-time 3D imaging to enhance surgical planning for chest wall procedures. This advanced approach, described in a study titled "A System for Mixed-Reality Holographic Overlays of Real-Time Rendered 3D-Reconstructed Imaging Using a Video Pass-through Head-Mounted Display—A Pathway to Future Navigation in Chest Wall Surgery," published in J. Clin. Med. 2024, aims to improve surgical outcomes and patient care by providing detailed preoperative visualization of a patient's anatomy.[/h3]
https://doi.org/10.3390/jcm13072080



[h3]Innovative Surgical Planning [/h3]
The core of this innovation involves high-resolution, three-dimensional imaging to project a holographic representation of the patient's anatomy onto their body, enabling surgeons to visualize and interact with anatomical structures in real time. This method differs significantly from traditional preoperative planning, which often relies on 2D imaging or static 3D models. The system uses a video pass-through head-mounted display connected to a high-performance workstation, allowing real-time rendering and manipulation of images.*



[h3]Demonstrated Efficacy [/h3]
The technology's efficacy was demonstrated through three oncological cases, highlighting its potential to offer invaluable insights into the spatial relationships between tumors and critical anatomical structures, facilitating informed surgical planning. Looking ahead, this technology could be integrated into actual surgical procedures, providing real-time guidance and navigation, thereby reducing reliance on intraoperative imaging and minimizing radiation exposure.



[h3]Overcoming Challenges and Future Outlook [/h3]
Despite the promising advancements, challenges remain, such as the system's tethered connection to a workstation and regulatory hurdles, particularly for intraoperative use. However, with ongoing developments in mixed-reality hardware and cloud computing, these obstacles are expected to decrease, making such sophisticated systems more accessible for surgical applications. This study emphasizes the significant potential of mixed-reality and real-time 3D imaging in revolutionizing surgical planning and execution, urging further research to fully explore its capabilities, accuracy, and impact on clinical outcomes in thoracic surgery and potentially other fields.

*Important Notice Regarding Functionalities for Surgical Planning and Professional Clinical Usage
The specialized features tailored for surgical planning and pre-operative professional applications are exclusive to Medical Imaging XR PRO. At the moment, Medicalholodeck's applications are only available for educational purposes.