The artemisinin herb has been shown to kill both human and canine
cancer cells in laboratory studies.
One of them, naringenin, has been shown to inhibit growth of breast cancer and other
cancer cells in laboratory studies.
It can clearly act as an anti-oxidant, and has been found, in several instances, to cause cell death (apoptosis) in
cancer cells in laboratory experiments.
Cancer studies show that gamma linolenic acid (GLA) can kill 40 different kinds of
cancer cells in the laboratory tissue tests without harming healthy tissue.
One study found that some of these compounds can inhibit the growth of prostate
cancer cells in the laboratory.
Prior to FibroGen, Dr. Kang investigated inhibition of DNA methylation and chemical induction of immunogenicity in
cancer cells in the laboratory of Professor Peter Dervan, completing her PhD at the California Institute of Technology.
They demonstrated that this new molecule can stop the growth of breast
cancer cells in laboratory experiments.
Findings from basic research, such as studies of
cancer cells in the laboratory, can ultimately define research questions to study in humans, such as helping to identify drugs to test in clinical trials.
Dr. Bauman and her colleagues treated human head and neck
cancer cells in the laboratory with varying doses of sulforaphane and a control, and compared them to normal, healthy cells that line the throat and mouth.
In experiments on dog
cancer cells in the laboratory it was found that the newly developed antibodies did, in fact, bind to canine cancer cells with greater specificity.
An experimental drug that targets abnormally high levels of a protein linked to cancer growth appears to significantly reduce the proliferation of prostate
cancer cells in laboratory cell cultures and animals, while also making these cells considerably more vulnerable to radiation, according to results of a study led by Johns Hopkins scientists.
One of these, UJ3, is as effective as the industry - standard drug Cisplatin in killing
cancer cells in laboratory tests done on human esophageal cancer, breast cancer and melanoma.
Barnes's team went on to show last year that soya extracts could also inhibit the growth of prostate
cancer cells in laboratory tissue cultures.
Isoflavones have been shown to slow the growth of breast
cancer cells in laboratory studies, and epidemiological analyses in East Asian women with breast cancer found links between higher isoflavone intake and reduced mortality.
Not exact matches
In the
laboratory, steviol can be converted into a mutagenic compound — if
cell DNA becomes mutagenic,
cancer may ensue.
Scientists at the Johns Hopkins Kimmel
Cancer Center say they have preliminary evidence in laboratory - grown, human airway cells that a condensed form of cigarette smoke triggers so - called «epigenetic» changes in the cells consistent with the earliest steps toward lung cancer develo
Cancer Center say they have preliminary evidence
in laboratory - grown, human airway
cells that a condensed form of cigarette smoke triggers so - called «epigenetic» changes
in the
cells consistent with the earliest steps toward lung
cancer develo
cancer development.
Now,
in a new study using
laboratory - grown
cells and mice, Johns Hopkins scientists report that a method they used to track metabolic pathways heavily favored by
cancer cells provides scientific evidence for combining anti-
cancer drugs, including one
in a nanoparticle format developed at Johns Hopkins, that specifically target those pathways.
«Despite the low infection levels of mouse
cells with oHSV, we were able to cause a delay
in tumor growth
in one of the
cancer models and even cure many of the mice in a second model,» said first author Jennifer Leddon, who conducted much of the laboratory work during a research experience in the Center for Childhood Cancer and Blood Dis
cancer models and even cure many of the mice
in a second model,» said first author Jennifer Leddon, who conducted much of the
laboratory work during a research experience
in the Center for Childhood
Cancer and Blood Dis
Cancer and Blood Diseases.
Spearheaded by first author Christopher McNair, PhD, a graduate student
in the
laboratory of Dr. Knudsen, the study undertook an extensive analysis of tumor samples and
cell - free DNA samples from patients with advanced, lethal - stage prostate
cancer.
Today, a team of researchers at Cold Spring Harbor
Laboratory reports in the journal Genes & Development that they have arrived at «new insights into signaling events that underlie metastasis in ovarian cancer cells,» says Gaofeng Fan, Ph.D., postdoctoral investigator who conducted most of the experiments, in the laboratory of his mentor, CSHL Professor Nicholas
Laboratory reports
in the journal Genes & Development that they have arrived at «new insights into signaling events that underlie metastasis
in ovarian
cancer cells,» says Gaofeng Fan, Ph.D., postdoctoral investigator who conducted most of the experiments,
in the
laboratory of his mentor, CSHL Professor Nicholas
laboratory of his mentor, CSHL Professor Nicholas K. Tonks.
The initial experiments made use of
cancer cells that Quiñones - Hinojosa and his team removed from willing patients and grew
in the
laboratory until they formed little spheres of
cells, termed oncospheres, likely to be the most resistant to chemotherapy and radiation, and capable of creating new tumors.
«Our study shows that protein production
in neurons is one of the major utilizers of energy and that neurons of Leigh syndrome degenerate because they can't sustain a high enough level of energy,» says Tony Hunter, the Renato Dulbecco Chair and American
Cancer Society Professor
in Salk's Molecular and
Cell Biology
Laboratory, who led the research.
«These findings suggest that BLBC
cells have an innate ability to establish a local microenvironment that is supportive of
cancer stem
cells,» explained Thiagalingam, associate professor
in Genetics & Genomics, Medicine, and Pathology &
Laboratory Medicine, at BUSM.
After completing her graduate studies
in 2006, she joined the
laboratory of Dr. Craig B. Thompson at the University of Pennsylvania for postdoctoral work focusing on
cancer cell metabolism.
Aifantis, the chair of the Department of Pathology at NYU Langone and a member of its Perlmutter
Cancer Center, and an early career scientist at the Howard Hughes Medical Institute, says experiments
in his
laboratory had shown that leukemia - initiating
cells concentrate
in the bone marrow near CXCL12 - producing blood vessels.
An enriched hops extract activates a chemical pathway
in cells that could help prevent breast
cancer, according to new
laboratory findings from the UIC / NIH Center for Botanical Dietary Supplements Research at the University of Illinois at Chicago.
«For example, we found that highly aggressive ovarian
cancer cells are glutamine - dependent, and
in our
laboratory studies, we showed that depriving such
cells of external sources of glutamine — as some experimental drugs do — was an effective way to kill late - stage
cells.
Understanding how
cancer cells are able to metastasize — migrate from the primary tumor to distant sites
in the body — and developing therapies to inhibit this process are the focus of many
laboratories around the country.
Apart from a few studies
in mouse models and
in cell lines, there is no
laboratory evidence that synthetic phosphoethanolamine works as a
cancer drug.
«An important mystery has been why some
cells in the body already have mutations seen
in cancer, but do not yet fully behave like the
cancer,» says the paper's first author, Charles Kaufman, MD, PhD, a postdoctoral fellow
in the Zon
Laboratory at Boston Children's Hospital.
Biologist Michael Wigler of Cold Spring Harbor
Laboratory, who led the study, started out studying genes
in cancer cells but soon realized he was seeing unexpected patterns
in the healthy
cells he examined for reference.
Reporting their
laboratory findings
in the journal Aging, the team observed that addition of DPI to a mixed population of
cells eliminated the tumour initiating
cancer stem
cells.
«These findings build on a long history of work
in our
laboratory investigating mechanisms by which
cancer cells respond to environmental stresses,» says Grant.
In particular, his
laboratory focuses on the regulation of key signaling networks that regulate
cancer cell growth and survival.
The
laboratory of Marcos Malumbres, who is head of the Spanish National
Cancer Research Centre's (CNIO)
Cell Division & Cancer Group, working alongside Isabel Fariñas» team from the University of Valencia, shows, in a study published today in the journal Nature Communications, how in mice the elimination of the Cdh1 protein — a sub-unit of the APC / C complex, involved in the control of cell division — prevents cellular proliferation of rapidly dividing ce
Cell Division &
Cancer Group, working alongside Isabel Fariñas» team from the University of Valencia, shows,
in a study published today
in the journal Nature Communications, how
in mice the elimination of the Cdh1 protein — a sub-unit of the APC / C complex, involved
in the control of
cell division — prevents cellular proliferation of rapidly dividing ce
cell division — prevents cellular proliferation of rapidly dividing
cells.
He returned to Australia to set up a
laboratory at Children's Medical Research Institute (CMRI)
in Sydney, and since that time has been investigating the cellular and molecular biology of
cancer cell immortalization.
All
cancer research relies on a steady supply of
cells — both normal and cancerous — that can be grown
in the
laboratory.
In studies of
laboratory - grown human tumor
cell lines, the drug disrupted tumor
cell division and prevented growth of advanced
cancer cells.
The genomic particularities of HeLa
cells relate to their origin from an aggressive
cancer and subsequent cultivation
in laboratories for decades, both of which cause considerable genomic alterations.
The study used a well - known line of pancreatic
cancer cells (AsPC - 1)
in the
laboratory and assessed how well this grew when treated with either the chemotherapy drug gemcitabine or different levels of commercially available chokeberry extract alone, and when treated with a combination of gemcitabine and chokeberry extract.
This process, known as necroptosis, enabled
cancer cells to overcome an endothelial
cell layer
in the
laboratory.
To ensure best possible binding of the antibody to
cancer cells in dogs, the human antibody had to be trimmed to «dog»
in the
laboratory.
The antibiotic, Doxycycline, followed by doses of ascorbic acid (Vitamin C), were surprisingly effective
in killing the
cancer stem
cells under
laboratory conditions, according to the research published
in the journal Oncotarget.
The current study was based on previous studies
in the
laboratory of Nita Ahuja, M.D., director of the Sarcoma and Peritoneal Surface Malignancy Program and professor of surgery at the Johns Hopkins University School of Medicine, which showed that guadecitabine limited the growth of colorectal
cancer cell lines when combined with irinotecan, says Azad.
«The researchers now plan to team up with other world - leading experts
in cancer signalling based in Manchester including Professor Nic Jones, Director of MCRC and Cancer Research UK Chief Scientist who heads the Cell Regulation Laboratory, which studies how cells respond to sudden adverse changes in their surroundings, known as environmental s
cancer signalling based
in Manchester including Professor Nic Jones, Director of MCRC and
Cancer Research UK Chief Scientist who heads the Cell Regulation Laboratory, which studies how cells respond to sudden adverse changes in their surroundings, known as environmental s
Cancer Research UK Chief Scientist who heads the
Cell Regulation
Laboratory, which studies how
cells respond to sudden adverse changes
in their surroundings, known as environmental stress.
Today
in the journal
Cancer Cell, Cold Spring Harbor
Laboratory (CSHL) Fellow Jason Sheltzer, Ph.D., and colleagues at CSHL and MIT report surprising results of experiments intended to explore the consequences of having too many or too few chromosomes, a phenomenon that biologists call aneuploidy (AN - you - ploid - ee).
Researchers believe it is the largest epigenetic study yet for any single
cancer type and, importantly, the first to use a large cohort of primary patient tumor tissues instead of
cell lines grown
in the
laboratory.
«Our
laboratory results are promising and certainly provide encouragement to test this treatment clinically
in patients with small
cell lung
cancer.»
When tested
in laboratory samples of leukemia
cells and
in animals with human - like leukemia, the approach caused
cancer cells to die much more quickly than with conventional targeted therapies.
Dr. David Gilley's
laboratory at the Indiana University School of Medicine in Indianapolis and Dr. Connie Eaves» laboratory at the BC Cancer Agency's Terry Fox Laboratory in Vancouver, Canada, collaborated to determine how telomeres are regulated in different types of normal bre
laboratory at the Indiana University School of Medicine
in Indianapolis and Dr. Connie Eaves»
laboratory at the BC Cancer Agency's Terry Fox Laboratory in Vancouver, Canada, collaborated to determine how telomeres are regulated in different types of normal bre
laboratory at the BC
Cancer Agency's Terry Fox
Laboratory in Vancouver, Canada, collaborated to determine how telomeres are regulated in different types of normal bre
Laboratory in Vancouver, Canada, collaborated to determine how telomeres are regulated
in different types of normal breast
cells.