Users' questions

What does it mean when you have masses on your liver?

What does it mean when you have masses on your liver?

Your doctor may call them a mass or a tumor. Noncancerous, or benign, liver lesions are common. They don’t spread to other areas of your body and don’t usually cause any health issues. But some liver lesions form as a result of cancer.

What is the life expectancy for metastatic liver cancer?

Prognosis for liver metastases tends to be poor, with a roughly 11% survival rate for 5 years. Treatments can help reduce the symptoms and shrink the tumor, but typically, there is no cure for liver metastases. Liver cancer prevention & risk factors.

How successful is liver ablation?

In most studies, more than half of the liver tumors treated by ablation have not recurred. The success rate for completely eliminating small liver tumors is greater than 85 percent. Treatment-related serious complications are infrequent and discomfort is less than surgery.

What is the meaning of the Leidenfrost phenomenon?

The leidenfrost phenomenon: film boiling of liquid droplets on a flat plate. Abstract. The film boiling of small droplets of liquid on a hot flat surface in the atmosphere is commonly termed the Leidenfrost Phenomenon after J. G. Leidenfrost who first studied the process in 1756.

How is the Leidenfrost effect used in mass spectrometry?

Leidenfrost effect has been used for the development of high sensitivity ambient mass spectrometry. Under the influence of Leidenfrost condition the levitating droplet does not release molecules out and the molecules are enriched inside the droplet.

When did j.g.leidenfrost study film boiling?

The film boiling of small droplets of liquid on a hot flat surface in the atmosphere is commonly termed the Leidenfrost Phenomenon after J. G. Leidenfrost who first studied the process in 1756.

Why does the Leidenfrost effect slow down heat transfer?

The resulting gas suspends the rest of the water droplet just above it, preventing any further direct contact between the liquid water and the hot pan. As steam has much poorer thermal conductivity than the metal pan, further heat transfer between the pan and the droplet is slowed down dramatically.