Hello, everyone, myself, Dr. Mahendra Kumar Badwa, third year resident, SMS Medical College, Jaipur, presenting a paper on role of MRI in assessment of patients with Pankul knee joint into the guidance of Pultipumar Vendirettasar. Introduction, knee joint is one of the largest joint in the human body with complex articulation characterized by presence of regamentus and minuscule steps, an important role in stability and mobility. This articulation is subject to very high mechanical stress. It is present in injuries that disrupt regaments, sky, articular cartilage and other structures will cause pain to knee resulting in significant mobility and misadventure. In great and timely diagnosis, increase the likelihood of fully restoring normal and pain-free use of affected knee. Physical examination of pain-free knee in actual phase may be difficult and frequently imaging studies are required to add in assessment of these injuries. Number of imaging modalities are currently used to evaluate knee abnormalities, including standard radiographies, scintigraphies, CT scan, planar tomography and orthography. Scintigraphy is like sensitivity for detection of meniscus, heart rate is bone and marrow and regamentus injuries. Even CT scan is not enough to diagnose many internal regimens of knee joint. The use of orthography and orthoscopy improves the accuracy of diagnosis, but both are invasive and cause complications. MRI has provided excellent soft tissue contrast and is capable of evaluating the soft tissue and bone structures in multiple imaging plans, which provide a significant advantage for MRI over other imaging techniques. MRI represents a non-invasive reducing pre-technique that provides SS2A real legional mapping. MRI has been demonstrated as a positive technique by reducing unnecessary surgical interventions. Objectives of our study were described the MRI features in various types of chromatic and non-chromatic legions including painful knee joint and pigeon various identifacilogio-painful knee joints. Materials and methods. The study was a hospital-based copy-study conducted as a medical college with a number of patients with 50% being referred from departments of the or hospital or pain-painful knee joints were included in the study and patients referred from other centers and post-operative cases were excluded from the study. All the MRI scans were performed using 3.0 tesla MRI-fuse engineering machine. The results were analyzed by descriptive analysis specific findings that explained that pojo-pain were compiled. My MRI protocols used are the sequence obtained was D1 and T2 weighted sequences in cellular plans, proton density weighted sequence in axial coronal cellular plans and fat suppress T2 or stress sequences. The center examined supine position with knee extension and slight external rotation 10 to 15 degree and x-ray coil. The results in our study group which comprised of a total number of 50% the age representation with knee patient knee pain range from 18 to 64 years. Maximum number of patient affected belongs to the group 21 to 24 years age group out of 50%, 32 were male and 18 were female. Only two patients with normal MRI findings and 48 patients were with abnormal MRI findings. Distribution of patient according to a stabilizer here. Distribution of patient according to knee pathologies. Pathology, SEL pathology in 21% SEL in five minutes, pathology in 32% which was the most common in our study. Collateral ligaments in seven patients one contribution in 24 muscular in one and two independent found in 42% analysis of menaceal injury patterns. Out of 50% evaluated for MRI knee or painful knee joint 32% had 59 menaceal tears. 32% 15% said only medial menaceal injuries. 5% only lateral menaceal pathology and 12% has both medial as well lateral menaceal pathology. Menaceal tears, out of 59 menaceal tears. 30 years, tears enrolled the posterior form 16 enrolled the anterior form and five enrolled the podium menaceal tears. Reading of menaceal tears. What are the grade one tears, 40 are the grade two tears and 15 were the grade three tears. Grade two tears was the most common kind. Distribution of various types of menaceal tears. Vertical tears and 30 tears, horizontal in 11, complex tears in 17 and bucket handle tear in one. Analyze of ligament as injury patterns. ACL tears in 21%, PCL tears in 5%, MCL tears in 4% and lateral coloring ligament tears in 3%. ACLT injuries were the most common followed by the PCL, MCL, and LCL tears. Psytopic ligament tear was most commonly encountered at the model attachment followed by the mid-substant side. Regents of ACL wound in the 21% in which the acute partial tear was the most common. Regents of ACL tears wound in the 5% out of which acute partial tears was the most common. Collateral ligament injuries found in the 7% in which the 4% had the medial collateral ligament regions. Auto-density pads suppressed and T2-weighted pads suppressed for an image serving complete tear of the ACL and bone contusion the lateral tibial condyle. Buckling of the PCL with anterior translocation of the tibia ulcerative. Total 24% had signs of bone contusion. Bone contusions were found most common tibia followed by femur contusions in the lateral femur condyle being more common than the medial femoral condyle. Distribution of bone contusion is the bone's forming needs tibia most common followed by femur patella fibrula. Other lesions found in the, or the cystic lesions found in 12% in which beckers is the most common. Neoclastic lesions found in the 4% in which incondromes found in the 2% osteoarthritis changes found in the 8% in which 4% involved the medial compartment. Our history was the observational analysis of the various causes of pancreatomy detected by MRI imaging. In this study we found that the mean age of the group was 34.6 years with a male prominence. Average cells are in confluence with those of near one cell at all and large poly other at all. 2% of our history population had normal MRI. This is in contrast with the previously reported 17% that of normal MRI in sports related injury. This is might be due to the fact that we included patient with a penful knee rather than just traumatic injuries. Meniscal tears but the commonness of tissue abnormally found in our study here in all the postage from the medial meniscus more commonly with the results of confluence with the previously reported literature. Read to what the commonness meniscal tear in our study in which contrast with the reported by Arumugam et al. who reported grade three as the commonest grade tear. Particle tears are found to be the most commonest type of meniscal tear at this contrast with the previous finding of horizontal tear being the commonest in school type by particularly the at all. All the vertical tears in our study associated with this tube from a reported literature also describe vertical tears being traumatic in nature. Only 1% in our study had a bucket handle here in order of the medial meniscus. Literature also reports that the most found bucket handle tears in order of the medial meniscus. Here was the commonest methodology of finding the ACL most being acute in nature. Partial BCL here was commonest BCL percentage in our study which was accordance with the literature. One third of our patient had a bone conclusion which compare well with the existing literature. TPA was more commonly noted than femur by conclusions and lateral femoral conduit was involved more frequently than its medial counterpart or deals are concluded with the existing literature. Acute ACL tears were usually associated with the bone conclusion in our study. Similar association was reported to previous study. Conclusion. MR evolution in percent with penculin the vital importance as MRI scan can demonstrate the exact nature extent of bone as well as soft tissue abnormality. It can potentially replace other imaging material like X-ray, CT scan for the radiological evaluation of the penculin and is helpful in clinical decision making. Multi-planar imaging capacity and non-invasive nature of the MRI enables a satisfactory diagnosis in such patient in whom a complete clinical examination is almost impossible due to pain. These are the references. Thank you.


Hello from the ST stand at Embedded World 2016 here in Nuremberg. Now the internet of things has developed incredibly over recent years and will no doubt continue to expand. Jean-Luc Blanc is an application engineer from ST. Let's talk a little bit about how your ST safe A devices are improving security in this IOT world. ST safe is a turnkey solution that comes to help customers increase the security of their IOTN devices. It comes with a complete package with an expansion board and with a software code example that customers could use to increase their security. The ST safe A it comes in two package the S8N package and a really small QDFN 2x3 package we believe that will fit the PCBs device requesting a really small PCBs. So Jean-Luc give me an example of a typical threat and how ST safe A can help protect us. IOT is everywhere and so are the threats. Let's look at this smart city demo. We have lights each lights are equipped with a bulb each bulb connected to ST safe A chip. Something's wrong the light there's something wrong with light. In fact what has to be done is to connect the network the light the street light network to an administration server and to execute an authentication of each of the street lights. As you could see the genuine street lights are authenticated and are switched on the one that is not authenticated is kept off and put in quarantine. And is this important because some malicious hacker may use a city's lighting system to access the whole network. Exactly having this kind of doing this authentication helps to protect the network and this is where ST safe could bring another value but it's not the only security function that could be provided by ST safe A. ST safe A is doing authentication based on elliptic curve pictography 256 or 384 bits elliptic curve but can perform also some security service on establishing secure connection with servers like in TLS session and can manage and protect the asset of customers and device manufacturer. And am I right in thinking this this adds the necessary security to the standard microcontroller that's in the IOT device. Yeah using ST safe the customer could contribute to develop his application and rely on ST safe A for the security aspect. ST safe A has been developed and using a platform a hardware platform that rely to the highest standard the common criteria standard. This one has been evaluated EL5 plus this is a higher like in the banking area. Well as I said at the start the internet of things is growing daily and so are security worries so it's clearly something that's going to be very popular. Jean-Luc thank you so much for talking to us. Thank you Chris.


Yo, what is going on guys? Realistic Gaming here and today we're gonna be reacting to some scary Sonic EXE videos Let's go ahead and begin with our first video by kishin pain. I am God Sonic EXE Who are their buddy? That was Turfine. That was an awkward position for Knuckles Of course, it's like in the actual Sonic EXE games where you pick the three characters. Oh, he has the emerald Dude This video is so dark Well, no way you replace his heart with the emerald That might actually be a good thing because Robotnik's all about you know power Okay, this is pretty crazy. Oh, it has to be tails, right? Chase Well, well, well Look what we have here Wait, what? Oh, that is creepy Alright, that's even creepier Right, so it was like Sonic was controlling Amy, right?    Oh, thank you. I think I'm done with this video, bro All right, moving on to Rex animations, Sonic EXE vs. Chara.  You may not like the ending either. I got 50 rollbacks on Sonic, bro Yo, is that tail in his head in the back? Huh? Here is something out of this world. Interesting Like you can censor evilness. You, your soul. I feel its power. Well, I Hope playing with you will somehow cheer me up. That's how you know Sonic's insane, bro Well, so we both want to play. Well, Sonic, let's get started. Oh, all right I said I got 50 on Sonic, bro Nice to meet you. He lost another life. All right, to be fair, it seemed like they might be in Green Hill, so Sonic might have the upper hand Although I don't think it matters because I think I believe Sonic can corrupt any game like he travels to And got the whole squad. I think he took her last heart there All right, so it seems like Sonic actually beats Chara. I guess that's where he referred to like the intro where I said you might be disappointed at the end Hey, that was a pretty tough battle. I'm gonna lie and I'm not sure if it was like the Sonic from FNF or what Sonic it was.   The boat's just drowning. All right, so Sonic didn't want to get the last air bubble and he took his life too I mean because he had that little flashback with uh him and Miles hucking it out. That's a true friend, bro He's like if I go down if my friend goes down, I'll go down with him That's a real homie right there. All right, then the next one actually is Sonic saves tails good ending His leg off to saves themselves this time. Oh cool. Like a cyborg leg now Of course Tails invented it. We all know he's like a little tech geek.  All right, and our final clip by that new animation Sonic X versus it painting wise Jason Michael Miles. Jeff the killer leather-faced Chucky. All right, this sounds pretty interesting At least the demon. All right, I think Jason is a murderer I don't know if he would die or not get off his head with the Jeff the killer Oh This whole spine out. Wow But I like Michael Myers, but he doesn't stand a chance, bro. Oh Pennywise might be a good lineup actually And he's dead. He's pretty crazy. All right. Well, there we have it ladies and gentlemen, Sonic Yixie Because there's no way to stop you that guy.  Thank you for the support and I'll see you guys in the next one