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Microbiologists identify two molecules that kill lymphoma cells in mice

Researchers at the University of Southern California have identified two molecules that may be more effective cancer killers than are currently available on the market.

Biology / Cell & Microbiology

created Nov 06, 2011 | popularity 5 / 5 (5) | comments 2 | with audio podcast

'Junk DNA' drives cancer growth

Researchers from the University of Leeds, UK, the Charite University Medical School and the Max Delbruck Centre for Molecular Medicine (MDC) in Berlin, Germany, have discovered a new driving force behind cancer growth.

Medicine & Health / Cancer

created May 02, 2010 | popularity 4.9 / 5 (12) | comments 4 | with audio podcast

Jarid2 may break the Polycomb silence

Historically, fly and human Polycomb proteins were considered textbook exemplars of transcriptional repressors, or proteins that silence the process by which DNA gives rise to new proteins. Now, work by a ...

Biology / Cell & Microbiology

created Apr 30, 2012 | popularity 5 / 5 (1) | comments 0 | with audio podcast

Study reveals how fusion protein triggers cancer

What happens when two proteins join together? In this case, they become like a power couple, where the whole is greater than the sum of the parts.

Medicine & Health / Cancer

created Jan 27, 2011 | popularity 4.3 / 5 (3) | comments 1 | with audio podcast

New way to kill cancer found using body's immune system

(PhysOrg.com) -- Scientists have discovered a new way of killing cancer cells in a breakthrough that could eventually lead to new treatments for a range of different cancers.

Medicine & Health / Cancer

created Jul 21, 2009 | popularity 5 / 5 (9) | comments 6

Scientists find new way to attack cancerous cells

Scripps Research Institute scientists have discovered a new way to target and destroy a type of cancerous cell. The findings may lead to the development of new therapies to treat lymphomas, leukemias, and related cancers.

Medicine & Health / Cancer

created Jun 07, 2010 | popularity 5 / 5 (11) | comments 0 | with audio podcast

Humble protein, nanoparticles tag-team to kill cancer cells

(PhysOrg.com) -- A normally benign protein found in the human body appears to be able - when paired with nanoparticles - to zero in on and kill certain cancer cells, without having to also load those particles ...

Nanotechnology / Bio & Medicine

created Jul 30, 2010 | popularity 5 / 5 (5) | comments 0 | with audio podcast

Pacific salmon may be dying from leukemia-type virus

In Canada's Fraser River, a mysterious illness has killed millions of Pacific salmon, and scientists have a new hypothesis about why: The wild salmon are suffering from viral infections similar to those linked to some forms ...

Biology / Ecology

created Apr 18, 2011 | popularity 5 / 5 (3) | comments 3

Worm studies shed light on human cancers

(PhysOrg.com) -- Research in the worm is shedding light on a protein associated with a number of different human cancers, and may point to a highly targeted way to treat them.

Biology / Cell & Microbiology

created Apr 21, 2011 | popularity not rated yet | comments 0 | with audio podcast

Researchers predict age of T cells to improve cancer treatment

Manipulation of cells by a new microfluidic device may help clinicians improve a promising cancer therapy that harnesses the body's own immune cells to fight such diseases as metastatic melanoma, non-Hodgkin's ...

Biology / Biotechnology

created Mar 02, 2011 | popularity not rated yet | comments 0 | with audio podcast

Study shows how dietary supplement may block cancer cells

Researchers at the Ohio State University Comprehensive Cancer Center-Arthur G. James Cancer Hospital and Richard J. Solove Research Institute (OSUCCC-James) have discovered how a substance that is produced when eating broccoli ...

Medicine & Health / Cancer

created Jun 29, 2010 | popularity 4 / 5 (17) | comments 0 | with audio podcast

Protein complex key in avoiding DNA repair mistakes, cancer

As the body creates antibodies to fight invaders, a three-protein DNA repair complex called MRN is crucial for a normal gene-shuffling process to proceed properly, University of Michigan research shows.

Biology / Cell & Microbiology

created Aug 05, 2009 | popularity 4.7 / 5 (3) | comments 0

Control of cancer cell pathways key to halting disease spread, study shows

Oncogenes are like friends who've gone off the deep end. Normally steady, reliable members of the cellular workforce, these genes become very bad influences when mutated or expressed at high levels -- urging a cell to divide ...

Medicine & Health / Cancer

created Jun 14, 2010 | popularity 5 / 5 (1) | comments 0 | with audio podcast

Experimental drug lets B cells live and lymphoma cells die

(PhysOrg.com) -- An investigative drug deprived non-Hodgkin lymphoma cells of their ability to survive too long and multiply too fast, according to an early study published recently in the journal Experimental He ...

Medicine & Health / Medical research

created Sep 21, 2009 | popularity not rated yet | comments 0

Research puts a 'Fas' to the cause of programmed cell death

Walter and Eliza Hall Institute researchers have put an end to a 10-year debate over which form of a molecular messenger called Fas ligand is responsible for killing cells during programmed cell death (also ...

Medicine & Health / Medical research

created Sep 30, 2009 | popularity 4.7 / 5 (3) | comments 0

Lymphoma

Lymphoma is a type of cancer that originates in lymphocytes of the immune system. They often originate in lymph nodes, presenting as an enlargement of the node (a tumor). Lymphomas are closely related to lymphoid leukemias, which also originate in lymphocytes but typically involve only circulating blood and the bone marrow (where blood cells are generated in a process termed haematopoesis) and do not usually form static tumours. There are many types of lymphomas, and in turn, lymphomas are a part of the broad group of diseases called hematological neoplasms.

Thomas Hodgkin published in 1832 the first description of lymphoma, specifically of the form named after him, Hodgkin's lymphoma. Since then many other forms of lymphoma have been described, grouped under several proposed classifications. The 1982 Working formulation classification became very popular. It introduced the category non-Hodgkin lymphoma (NHL), itself divided into 16 different diseases. However, since these different lymphomas have little in common with each other, the NHL label is of limited usefulness for doctors or patients and is slowly being abandoned. The latest classification by the WHO (2001) lists 43 different forms of lymphoma divided in four broad groups.

Some forms of lymphoma are indolent (e.g. small lymphocytic lymphoma), compatible with a long life even without treatment, whereas other forms are aggressive (e.g. Burkitt's lymphoma), causing rapid deterioration and death. The prognosis therefore depends on the correct classification of the disease, established by a pathologist after examination of a biopsy.

Although older classifications referred to histiocytic lymphomas, these are recognized in newer classifications as of B, T or NK cell lineage. True histiocytic malignancies are rare and are classified as sarcomas.

For more information about Lymphoma, read the full article at Wikipedia.
This text uses material from Wikipedia and is available under the GNU Free Documentation License.

Related topics: cancer , cancer cells , leukemia , chemotherapy , genes