 Hello everyone. I'm from HMS, Madhuri College therefore. I am very thankful to MRM teaching course for providing me this opportunity to present all of the course on the topic, on the topic, can you present your image and your image in the next slide? First introduction. In comparison to the two most important ones, the one that was very tricky and common, MRM imaging is the most advanced imaging technique and the most sensitive for evaluating an induced end bone marrow and the panacea type of region. TWA is a non-hand functional MRM technique that makes differences around emotional water, preservation and treatment of structures. Quantitative measure of prawn emotion is indicated by the ADC, Apprentices and Coaches. And the other privilege to study the role of TWA amount in the production of melanin in the MRM bone. Study areas are defined, data parameters, data type of quantitative, study design is also the way descriptive type of operation study, the reduction in one year. We use this technique in this. TWA works in either an axial or conical plane with a slight thickness of 3.5 mm and then let's get to 1.3 mm. The ADC map corresponding to the average vision images are obtained. The circular or elliptical region of interest is based over the portion of the TWA, which usually appears to have the lowest ADC. Also, I'm thinking to use the larger area of TWA within the ROI. So, mean ADC values are obtained with those. Suspective low TWA investigations in the MRM through the TWA after taking their clinical history and relevant examination. The interpretations on MRM were co-related with the pathological findings. Out of the 60 patients, 20 were diagnosed with benign and 40 were melanin-stimulated in most units. On the scope of TWA, reticulation was 1.3 to 1. In the current study, the most common stroke involved of all benign and malignant primary bone tumor was 2.5 years old, followed by 25 years old, commonly going to be involved for TWA called reticulum. 95% of malignant vision showed difference on TWA, and in 85% of benign vision diffusion situation was absent at this time. The mean ADC in malignant vision was 0.98, and in benign vision was 1.6. The difference in ADC between benign and benign vision was set at space center. Condors are common at the highest ADC, and amines are common at the lowest ADC, and malignant vision. Condors plus tumor at the highest ADC, and TCT at the lowest ADC, from benign. ADC value of 4.3 at the highest ADC, and specificity to the friendship between benign and malignant vision. Addiction in 5 cases of osteoarthritis was seen to have below ADC value of 0.67. This is the physician diffusion prescription percentage of malignant and benign vision. This is table from the distribution based on morphology of present or different MRM. This is the table from mean ADC value with respect to the malignant vision. Osteoarthritis was the most common thing we have seen in malignant vision, and amines are common at the least ADC value. This is the mean ADC with respect to different benign vision. This is the mean ADC of overall malignant and benign vision. This question. It is why the non-enhanced functional MRT that makes use of differences in the prominent motion of water caused by variation in the tissue matrix. Quantitative measure of prominent motion is indicated for the ADC. Malignant vision with highly salivary microenvironment limits the vision and showed low ADC values with large number of cell numbers. Conversely, high ADC values are also in less salivary canalism due to pre-diffusion of water molecule. So CWR gives the quantitative function of cellularity at the molecular level. This is the table in comparison of ADC values of benign amines and malignant vision of present study with other studies. Our study gives the ADC of 1.3. Thank you, Vic. At our game, 1.37. Bang at our game, 1.1. Roe at our game, 1.3. I think sarcoma had the lowest ADK as it belongs to the ground cell molecule. They tend to have high cellularity so restricted to it. The high ADC values of conro sarcoma may be due to burning of cellularity within a cartilage and stroma, which is likely to reflect relative to pre-actor cellular water motion. The fibrous tumors have low ADC, likely due to presence of abundant collagen protein and fibroblast cells and a dense network of collagen fibroblast, which restricts the Brownian motion and gives low ADC calories. This is an restriction and low ADC values in case of osteomalysis are likely due to a formation. Now we will discuss few cases. Here, a 15-year-old can see to have a dense 50-year-old restriction and a fall on an ADC of 0.5 value returned out to the hands of conro sarcoma as it belongs to. Here, a 23-year-old can heterogeneously enhancing mass arising from the radius bone with diffusions and fall on an ADC. It came as an osteosarcoma instead of a 16-year-old with mass disease and having fluid blood level on T2 with diffusional restriction and fall on an ADC. It came as a challenge of osteosarcoma instead of an ADC. Here, a 17-year-old with mass disease happens on 3D sphere with diffusional restriction and fall on an ADC. Here, a 16-year-old with mass disease happens on T2 with no diffusional restriction and no fall on an ADC. Here, a 17-year-old with mass disease and having feedback on lines and not even post contrast with slight diffusional restriction and no fall on an ADC. It came as low grade low-grade conprosarcoma. Here 38 year old having a metxinvalentensic lesion in type I system with diffusion restriction and fall on ADC. It was case of osteomalactics confusion. From the study it can be concluded that TWA is helpful in differentiating malignant component bone tumor and tumor lactation with diffusion restriction facing malignancy. In spite of some older ADC values of benign and malignant component are different and measurement of ADC values improve accuracy of diagnosis. These are my references. Thank you so much.