This is the first trial to test the benefits of the device I have invented and have been developing the last couple of years. This device is called CPR PRO and is intended to allow rescuers to performed better chest compressions.
1. Why is this topic important?
Rescuers are often required to perform cardiopulmo- nary resuscitation (CPR) for prolonged periods of time, and their fatigue has been shown to cause significant decline in quality of chest compressions, which are crucial for survival of sudden cardiac arrest victims.
2. What does this study attempt to show?
In our randomized crossover trial, health care professionals performed continuous chest compression CPR for 10 min on a manikin to evaluate the impact of a novel CPR PRO! device for manual chest compression on res- cuer fatigue, pain, and CPR quality.
3. What are the key findings?
After using the CPR PRO device, subjects reported less pain in the hands and lower perceived exertion levels, as well as achieving lower average and maximal heart rates during testing, when compared to standard manual CPR. Reduced fatigue and pain has resulted in higher average depth of chest compressions, which declined more slowly over time, than with standard manual CPR.
4. How is patient care impacted?
In a simulated setting, a novel CPR PRO device for manual chest compression has been shown to reduce the work of CPR, which allowed rescuers to achieve signifi- cantly higher quality of chest compressions. Delivering higher quality of chest compressions with minimal interruptions in the clinical setting has a potential to result in better patient outcomes after sudden cardiac arrest.
From 2nd until 4th of December 2010, the Resuscitation Congress organized by the European Resuscitation Council will take place in Porto, Portugal. This congress takes place each year in a different European country and is famous for great scientific programs.
I will be participating with two papers. On Saturday, 4 December in room Miragaia between 11:00 – 12:30, I will talk about mobile phones in the chain of survival. During the talk I will also mention my CPR invention which utilizes mobile phones to offer CPR prompts & feedback. I am also the coauthor of another paper which will be presented as a poster. Paper titled “Comparing methods for weight estimation of children” will be displayed in the Poster Room. The authors will be answering questions during the Poster Tour 22 on Friday, 3 December during lunch.
A recent study conducted at the Thomas Jefferson University Hospital in Philadelphia has found that sonohysterography (SHG) is a highly effective transvaginal ultrasound technique that improves the ability of doctors to diagnose adenomyosis, a condition that causes severe pelvic pain combined with abnormal and unexplained vaginal bleeding.
SHG is a relatively new technique that allows medical practitioners to view a woman’s uterine cavity more clearly. A soft, plastic catheter is placed in the cervix in conjunction with transvaginal ultrasound, and a sterile saline infusion passed through this tube expands the uterus and also provides a contrast to the lining, thus giving doctors a better idea of what the problem really is.
Sonohysterography is especially useful in treating women with infertility – it helps determine the presence of polyps, fibroids or tumors that prevent conception.
Besides, it allows doctors to examine the uterine cavity before any surgery like a hysterectomy or a D&C procedure.
It also helps in investigating unexplained infertility and repeated miscarriages.
It’s a good diagnostic tool to explore unexplained vaginal bleeding in pre and post menopausal women.
It allows examination and assessment of the endometrium and reveals endometrial abnormalities.
A sonohysterography that’s performed before a suggested hysterectomy can sometimes help you avoid the hysterectomy altogether. So you’re saved the cost, mental stress, physical pain, and recovery from a surgery.
The main advantages of a sonohysterography are:
It’s painless and can be administered in a normal ultrasound scan room
It does not require the patient to be sedated or under the influence of anesthesia.
It is not as expensive as an MRI scan which is normally used to investigate abnormal bleeding
It is commonly available at most healthcare facilities.
It helps avoid invasive diagnostic procedures
It has no side effects and is not very uncomfortable for the patient
Diagnosis is quick
There are no complications to be worried about
Verma SK, Lev-Toaff AS, Baltarowich OH, Bergin D, Verma M, Mitchell DG
Clinical Observations. Adenomyosis: Sonohysterography with MRI Correlation
Am. J. Roentgenol. ; 192: 10.2214/AJR.08.1405
The second one was conduced by Norina Wendy Di Blasio, a member of the editorial staff of Il Pensiero Scientifico Editore, an Italian publisher established in 1946.Among books and journals, this Company publishes a weekly newsletter sent to 11 thousands Italian doctors. Currently they are publishing a series of interviews on Health 2.0. My interview was eventually published in both Italian and English.
Hope you will read the interviews and consider joining our team in conducting scientific research of the medical blogosphere at the Health Blogs Observatory.
If you happen to find yourself in London, be sure to visit the Science Museum. It is great for anybody who loves science in general, but also for those interested in medicine. There are a lot of things to see regarding medicine scattered around the vast spaces of this museum. On the ground floor you will find the exhibition entitled “Making the Modern World” which features many inventions that shaped our world as we know it. Among these exhibits there are a lot of medical devices like the first CT and MRI scanners or ECG machine. Further along, on the third floor there is the “Health Matters” exhibition, “Glimpses of Medical History” is on the fourth floor, and finally “The Science and Art of Medicine” exhibition is on the fifth floor. Museum of Science in London is open every day from 10:00 to 18:00 and it offers free admission to all visitors. It is located on Exhibition Road in South Kensington, and can be easily reached using the public transport.
I purchased my iPhone about six months ago and it has in many ways changed my life for the better. This is especially true regarding my work as a medical doctor. I believe that iPhone is a perfect gadget and that it can improve any physician’s performance. That is way I decided to present some of many useful ways you can utilize iPhone in your practice.
Access your Electronic Medical Record
Life Record is a company which produces Life Record Electronic Medical Record (EMR) software. What is interesting about it is that you can access your records form an iPhone. You can also make updates and even write prescriptions.
View medical images
To view your radiology images remotely you can use the Mobile MIM iPhone Application. This application provides multi-planar reconstruction of data sets from modalities including CT, PET, MRI and SPECT, as well as multi-modality image fusion. Using the multi-touch interface, users can change image sets and planes; adjust zoom, fusion blending, and window/level.
Medical Calculator gives quick access to calculations that are too hard to memorize or perform in your head. There are around 50 clinical calculations that you can do with it right now, and more are coming. To not get lost, favorite those you use often.
Access drug information
Epocrates Rx software for iPhone puts continually updated peer-reviewed drug information at your fingertips. This can improve patient care and safety, save time, reduce administrative burden and enable confident clinical decisions.
There are many powerful note taking apps for iPhone out there. But let me just present the two most interesting, Evernote and Jott.
Evernote allows you to take text, snapshot, saved photo and voice notes. When you take for example a voice note, you can add a title to it, some description and tags. The interesting thing happens after you have taken your notes. They synchronize with your online account and what this means is that you can access them from anywhere. From your computer using a desktop application or from any other computer in the World with an Internet connection via the web interface. Everything is always synchronized across all of your devices. One cool thing that Evernote can do is transcribe images, meaning that it is capable to find text inside an image and make it searchable. It doesn’t yet transcribe your voice notes to text, but I believe this feature will be coming in the near future.
There are some advices on how to use Evernote on The Efficient MD blog, but I am sure you can think of many more ways to utilize this app. For example you could take snapshots of your patient’s injuries in the ER or record interviews with your patients.
Well, this other application, Jott is capable of doing what Evernote still can’t. It can capture your to-dos and transcribe your voice into text and place the resulting notes in your lists.
As a modern evidence based medicine physician you have to read and follow new developments in your field. Often you find interesting articles on the Internet, but don’t have time to read them. My advice is to save them for latter and read them on your iPhone during your breaks, when you are on call and have some free time or while waiting in some line. Perfect little app that can help you do just that is Instapaper and it is one of my favorite iPhone app ever. When you find something on your computer that you want to read later, simply click Read latter bookmark. Then when you have time, just open Instapaper app on your iPhone and read those articles. You would think that the iPhone’s screen is too small to read, but you would be wrong. It’s high resolution screen and zoom capabilities make reading enjoyable.
Of course you can read whole books on the iPhone too. Use Stanza to transfer and read all your important medical e-books.
Apart from reading, you can do a little bit of watching and listening, to thousands of podcasts in the medicine category. A podcast is a series of audio or video digital-media files which is distributed over the Internet and can be transfered to your iPhone. Listen and watch podcast from The Lancet, The New England Journal of Medicine and many others while you, let say, travel to work.
Enhance your scientific research
You can use your iPhone to find scientific literature. Download PubSearch and search among the millions of research papers indexed in PubMed. This app has a simple user interface with fast access to the PubMed database, and it lets you concentrate on finding the research articles you need without getting in your way. PubSearch Plus is on the way and it will allow you to not only read abstracts, but full-text articles too.
Convert your iPhone into a wireless external disk, one with a lot of memory. This way you can carry around all the important documents for your undergoing scientific project. Come to a meeting with your colleagues and have all your excel and powerpoint files with you. Also bring some scientific articles in pdf, or other format, related to your research. All these files can easily be opened on your iPhone or access from any PC or Mac in the room. This is all done using AirSharing for iPhone.
You too deserve to have fun from time to time. There are numerous great games for iPhone and if nothing these can help you relax during an intensive and difficult shift. There have been some results published about video games and their ability to enhance surgeons’ performance. So before your next surgery why not try playing a game like Labyrinth to get you all warmed up and focused.
As you can see there are numerous useful ways you can utilize iPhone as a medical professional. This is not all of course, there are many other interesting apps coming up everyday and I did not mention the obvious things like reading email, surfing the web and contacting people via sms or IM services. I am looking forward to new medical apps that might appear in the future. Also, wouldn’t it be cool if somebody introduced some iPhone medical accessories. I would like to see some pulse oximeter sensors or ECG cables for iPhone. They could plugin-in to it’s 30-pin dock connector to input data which, I am sure, due to it’s processing power iPhone would not have a problem to analyze. Are we getting closer to those great all in one medical devices from Star Trek? 🙂