There is often confusion between doing the right things and doing things right. Perhaps the best way to explain the difference is with an example.
There is often confusion between doing the right things and doing things right. Perhaps the best way to explain the difference is with an example.
While I was on a trip to Japan, my secretary decided to completely reorganize a file cabinet that had been neglected for quite some time. On my return, she informed me that she had done an excellent job in bringing the file cabinet up to date. She actually did an outstanding job - an example of doing the right thing. Unfortunately, almost all the material in that particular cabinet should have been thrown out long ago.
Of course, we are going to use a strategic thinking tool for the analysis of this subject. In the 2 x 2 shown in the figure (for details on this tool, see DI SCAN 8/9/06 Successful technology implementation makes medical imaging tick), we have broken the challenge of analysis into four possibilities. Usually in a 2 x 2, one of the boxes can be rapidly eliminated from discussion because of its lack of value. This is certainly the case for the box in the lower left corner, the doing the wrong thing and doing things wrong box.
Let's focus next on the upper left box, characterized by doing the right thing and doing things wrong. A good example of this is the attempted launch of CT by EMI. EMI was the creator of the concept and did an outstanding job in getting the first useful anatomic pictures. Some historians claim that all major manufacturers in the x-ray business turned down an EMI offer to partner on the CT project. So EMI went it alone, despite having no prior experience in the imaging business. One of the key reasons for the company's downfall was that it didn't understand service and the need to please the customer with the uptime of the imaging device. Because initial orders came from many locations around the world, EMI was not able to benefit from the "cluster concept" and, therefore, was unable to provide consistent and excellent service.Our next area of consideration is the lower right box, characterized by doing the wrong thing and doing things right. This is clearly a wasteful endeavor in that good energy and resources are being used in an area that won't repay their expenditure. That certainly was the situation when lithotripsy companies, after their success treating kidneys, decided to expand to the gall bladder. But this decision backfired due to a lack of understanding about the competition. Thinking of competition as other lithotripsy companies, they did not consider competing technologies. These included pharmaceuticals capable of dissolving gall stones, which is not possible with kidney stones, and surgery, as the gall bladder is not required for patient survival. The availability of laparoscopy allowed minimally invasive surgical techniques to be used, making surgery an even more attractive option.This brings us to the upper right box - the desired place to be - doing the right things and doing things right. The examples included are just a few of the many that are available. Are there some underlying characteristics associated with the cases shown? The answer has been provided in a number of the articles in DI SCAN. The High 5 (DI SCAN, 4/7/06, High 5 highlights importance of understanding the competition) shows the importance of understanding the customer and having a balanced approach to serving customers' needs, including excellent technology and a focus on service and support. Total Service (DI SCAN, 9/1/06, The future of total service ranks a 'high five') further amplified on the various aspects of service and support and how this has changed over time. New Technology Adoption (DI SCAN, 8/1/06, Successful technology implementation makes medical imaging tick) demonstrated the importance of the need for the customer to change behavior when incorporating new technology in order to achieve long-lasting success. In addition, all of the examples in the upper right box show an excellent understanding of competition and what is required for attaining and maintaining a leadership position.Ronald Schilling, Ph.D., is an editorial advisor to Diagnostic Imaging and president of RBS Consulting in Los Altos Hills, CA. Comments can be addressed to ronald11341@aol.com.
Can CT-Based AI Provide Automated Detection of Colorectal Cancer?
February 14th 2025For the assessment of contrast-enhanced abdominopelvic CT exams, an artificial intelligence model demonstrated equivalent or better sensitivity than radiologist readers, and greater than 90 percent specificity for the diagnosis of colorectal cancer.
Key Chest CT Parameters for Body Composition May be Prognostic for Patients with Resectable NSCLC
February 11th 2025A high intermuscular adipose index has a 49 percent increased likelihood of being associated with lower overall survival in patients with resectable non-small cell lung cancer (NSCLC), according to new research.
The Reading Room: Racial and Ethnic Minorities, Cancer Screenings, and COVID-19
November 3rd 2020In this podcast episode, Dr. Shalom Kalnicki, from Montefiore and Albert Einstein College of Medicine, discusses the disparities minority patients face with cancer screenings and what can be done to increase access during the pandemic.
Comparative AI Study Shows Merits of RapidAI LVO Software in Stroke Detection
February 6th 2025The Rapid LVO AI software detected 33 percent more cases of large vessel occlusion (LVO) on computed tomography angiography (CTA) than Viz LVO AI software, according to a new comparative study presented at the International Stroke Conference (ISC).
New CT Angiography Study Shows Impact of COVID-19 on Coronary Inflammation and Plaque
February 5th 2025Prior COVID-19 infection was associated with a 28 percent higher progression of total percent atheroma volume (PAV) annually and over a 5 percent higher incidence of high-risk plaque in patients with coronary artery lesions, according to CCTA findings from a new study.