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Showing results for tags 'cancer'.
Found 11 results
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Version 1.0.0
3 downloads
breast cancer test 1, axial, ct, scan, without, contrast, ribs, bone, 3d, model, printable, .stl, scapula, clavicle, chest, wall, shoulder, upper, limb, muscle, lung, trachea, esophagus, breast, cancer,Free
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Version 1.0.0
6 downloads
cancer mandible, cancer, mandible, ct, scan, without, contrast, .stl, 3d, model, bone, incisor, molar, premolar, canine, teeth, tooth, hard, palate, maxillofacial, dental, dentistry, atlas, axis, cervical, spine, coronoid, process,Free
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Version 1.0.0
2 downloads
Again, trial for usable soft tissue , thorax, chest, sternum, ribs, .stl, printable, 3d, model, heart, ventricle, auricle, septum, mediastinum, lung, cancer, tumor, right, dorsal, spinous, transverse, body, aorta, cava, vein, bronchi, lier, spleen, scapula, shoulder, clavicle, bone, muscle, pleura, pulmonary,Free
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Version 1.0.0
1 download
scan of mandible with cancer, ct, scan, with, contrast, .stl, 3d, model, axial, frontal, temporal, parietal, occipital, ethmoid, cells, nasal, septum, lower, turbinate, petrous, ridge, cerebellum, paranasal, sinuses, maxillary, sinus, sphenoid, orbit, mastoid, clinoid, apophysis, optic, nerve, pterygoid, process, tongue, cervical, spine, incisor, molar, premolar, canine, carotid, yugular, atlas, axis, parotid, gland, submaxilar,Free
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Version 1.0.0
15 downloads
chest scan, breast cancer patient. chest plate, mri, breast, right, tumor, necrosis, cancer, posterior, inferior, fat, sat, ribs, lung, ventricles, heart, liver, axial, coronal, sagittal, clavicle, scapulas, bone, muscles, deltoid, pectoral, minor, major, adipose, tissue, aorta, arch, subscapularis, humerus, dorsal, spine, chest, thorax, adipose, sternum, pleural, parietal visceral, lymph nodes, axillary,Free
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_TT81.2s_nrrd.578ddbb34016f84ad5750d182f076ef0_scan1.thumb.jpg.9b978a062c06a55e8bf7a27b18e49dee.jpg)
Version 1.0.0
7 downloads
chest plate, mri, breast, right, tumor, necrosis, cancer, posterior, inferior, fat, sat, ribs, lung, ventricles, heart, liver, axial, coronal, sagittal, clavicle, scapulas, bone, muscles, deltoid, pectoral, minor, major, adipose, tissue, aorta, arch, subscapularis, humerus, dorsal, spine, chest, thorax, adipose, sternum, pleural, parietal visceral, lymph nodes, axillary,Free
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Version 1.0.0
1 download
mandible tumor metastatic lung cancer - stl file processed This file was created with democratiz3D. Automatically create 3D printable models from CT scans. Learn more. 3D, model, .stl, bone, printable, bone, nasal, septum, zygomatic, arch, maxilla, apophysis, mastoid, temporal, frontal, upper, teeth, orbit, mandible, cervical, spine, head, skull occipital, parietal, mandible, tumor, metastatic, lung cancerFree
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Version 1.0.0
15 downloads
This 3D printable STL model of the muscles and soft tissues of the knee was derived from the CT scan of a 22 year old female. The patient has a synovial sarcoma tumor involving the lateral thigh, in the vastus lateralus muscle near the attachment point at the knee. This model was created with the democratiz3D free online conversion tool. STS_004 0Free
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Version 1.0.0
34 downloads
This 3D printable STL model of the liver of a 62 year old woman with hepatocellular carcinoma shows a large tumor in the liver. The liver, spleen and both kidneys along with the arteries are well shown. hcc, 3d printing, hepatocellular carcinoma, stl, abdomen, ct abdomen, liver, spleen, organs, aorta, kidney, cancer This model was generated using the democratiz3D service. TCGA-BC-A10Z LiverFree
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Bioprinting cancer to aid medical research
JJMonash posted a blog entry in 3D Biomedical Printing - by Jacob M.
Much of the press for medical 3D bioprinting has revolved around recreating parts of the human body for medical transplants, implants, and reconstructive surgery. We often find these stories easy to relate to, with visuals that help us understand the benefits of each bioprinting solution. However, another important aspect of bioprinting that may not be as obvious is its potential contribution to early-stage disease research. This type of research occurs in the laboratory, and focuses on how our cells (the tiny building blocks that make up every part of our body) function and interact during diseases. 3D bioprinting could present a step forward in how researchers construct experiments that help them understand disease. Researching Cancer One of the crucial steps to understanding each type of cancer is figuring out how it communicates with other cells, and what it is saying. Cells in a tumor may talk to cells from within the same tumor, or surrounding healthy cells, and all of this communication could be important for cancerous cells to grow and spread. Thus understanding how cells interact is an important step towards blocking this communication using medical treatments. To easily set up experiments in the lab, researchers use cancer cell lines - cells which have been taken from tumors and trained to grow in the lab. These cell lines are grown in a single layer, and although this makes it easier to keep them happy, it is quite different to the way cells are arranged in our bodies, i.e. in multiple layers in a 3D space. 3D Bioprinting Cancer With so many important functions of cancer due to the communication with other cells, it is beneficial for scientists to perform experiments on cancers that are as similar as possible to a living patient. Last year, researchers at the University of Connecticut and Harvard Medical School addressed this, published a review of 3D bioprinting focusing on its potential advantages for cancer research in the lab. Cancers are a prime candidate for 3D bioprinting - many cancers exist as clumps of cells that lack specific structures, and thus do not require the typical scaffolding that bioprinting organs like ears or bones requires. By layering cells in 3D instead of 2D, a 3D printed tumor is better at replicating the structure of a tumor in a typical human body, and communication between cells in all directions can be achieved. 3D bioprinting also offers the possibility of mixing multiple cell types. This is important because cancer cells communicate not only with each other, but also healthy cells - for example, melanomas interact with surrounding skin cells. In fact, even within a tumor there may me multiple "versions" of cancer cells, all having different things to say each other. Since bioprinting multiple cell types is relatively simple, it is possible to recreate not only tumors themselves more effectively, but also their surroundings. Current research already feeds into this, as there are already many different types of cancer cells available, and established techniques for getting them into a liquid form for 3D printing. Customizable, reproducible experiments It is incredibly important that the results of any research be reproducible, not only within a research group but also between research groups across the globe. Since bioprinting is done using 3D computer models, these can be easily distributed to other researchers. And with the ability to customize the construction of a tumor completely using bioprinting, scientists can validate their results and move faster to obtaining medical solutions. One of the greatest challenges could be integrating 3D printing medical laboratory techniques that have been established for decades (the first cancer cell line was created in the 1950's). Luckily, companies like Biobots are capitalizing on this gap in the market, building accessible 3D bioprinters with standardized components. And repositories like Build With Life will hopefully hold not only bioprinting designs, but also important protocols that merge current medical research standards with 3D printing technology. Medical applications The utilization of bioprinted cancers could be important to the development of new medical treatments. By understanding the interactions between cancer cells and healthy cells in all dimensions, researchers can gain insights into the successful treatment of these cells. And all of the techniques mentioned above could be extended to a range of other diseases. Organovo has already capitalized on this idea, 3D printing liver cells for scientific testing. One could even predict that, in the same way as 3D-printed organs of specific patients are being used to plan for surgery, 3D printed recreations of patient's tumors or diseases may be able to help tailor the most effective treatment for that patient. The future for integrating bioprinting into the workflows of laboratories around the world seems bright, and could offer faster and more accurate methods for carrying out early-stage research in cancer and many other diseases. Image acknowledgements: National Cancer Institute Biobots Organovo -
75 downloads
Chest wall tumors are benign or malignant tumors that can interfere with pulmonary function. Primary chest wall tumors account for 5% of all thoracic tumors and 1 to 2% of all primary tumors. Patients with chest wall tumors require chest x-ray, CT, MRI, and sometimes PET–CT to determine the original site and extent of the tumor and whether it is a primary chest wall tumor or a metastasis. Biopsy and histologic evaluation confirm the diagnosis. Prognosis varies by cancer type, cell differentiation, and stage. Sarcomas have been the most well studied, and primary chest wall sarcomas have a reported 5-yr survival of 17%. The models are provided for distribution on embodi3D.com with the permission of the creators Dr. Beth Ripley and Dr. Tatiana. These models are part of the Top 10 Killers 3D printable disease library. James Weaver and Ahmed Hosny also contributed to the project. We thank everyone involved for their contributions to embodi3d.com and their advocacy for better health and education through 3D printing. There are two STL files available for download and 3D bioprinting. One STL file for printing the chest wall mass and the other STL is for bioprinting the ribs. The files have been zipped to save space and speed up downloads. These files are distributed under the Creative Commons license Attribution-NonCommercial-NoDerivs. Please respect the terms of the licensing agreement.Free
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