際際滷shows by User: ssuser9a8606 / http://www.slideshare.net/images/logo.gif 際際滷shows by User: ssuser9a8606 / Tue, 16 Feb 2016 12:38:31 GMT 際際滷Share feed for 際際滷shows by User: ssuser9a8606 Creation of hardware-software complex for spectral studies of thin films of biological agents in the mid-IR /slideshow/creation-of-hardwaresoftware-complex-for-spectral-studies-of-thin-films-of-biological-agents-in-the-midir/58321103 1715en-160216123831
Purpose of the work is to create a compact, easy to use specialized hardware-software system based on the measuring module to implement methods of the spectral studies of thin films of biological agents in the mid-IR, suitable for use in clinical practice for the diagnosis of cancer pathologies. ]]>
Purpose of the work is to create a compact, easy to use specialized hardware-software system based on the measuring module to implement methods of the spectral studies of thin films of biological agents in the mid-IR, suitable for use in clinical practice for the diagnosis of cancer pathologies. ]]> Tue, 16 Feb 2016 12:38:31 GMT /slideshow/creation-of-hardwaresoftware-complex-for-spectral-studies-of-thin-films-of-biological-agents-in-the-midir/58321103 ssuser9a8606@slideshare.net(ssuser9a8606) Creation of hardware-software complex for spectral studies of thin films of biological agents in the mid-IR ssuser9a8606 Purpose of the work is to create a compact, easy to use specialized hardware-software system based on the measuring module to implement methods of the spectral studies of thin films of biological agents in the mid-IR, suitable for use in clinical practice for the diagnosis of cancer pathologies. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1715en-160216123831-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Purpose of the work is to create a compact, easy to use specialized hardware-software system based on the measuring module to implement methods of the spectral studies of thin films of biological agents in the mid-IR, suitable for use in clinical practice for the diagnosis of cancer pathologies.
Creation of hardware-software complex for spectral studies of thin films of biological agents in the mid-IR from 丐舒礌舒 亠亞亠仍ﾐ
]]> 262 5 https://cdn.slidesharecdn.com/ss_thumbnails/1715en-160216123831-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 Impact of carbon nanomaterials on the formation of multicellular spheroids by tumor cells. /slideshow/impact-of-carbon-nanomaterials-on-the-formation-of-multicellular-spheroids-by-tumor-cells-58194508/58194508 perepelytsinaemrsfull-160212141810
This paper investigates the effect of different concentrations of nanostructured materials: fullerene-like (弌60), onion-like carbon (OLC) and ultra dispersed diamonds (UDD) on the formation of multicellular spheroids (MS). Chemical composition and purity of nanomaterials is controlled by Fourier transform infrared spectroscopy (FT-IR). The strength and direction of the impact of nanomaterials on the cell population was assessed using microphotography of multicellular spheroids culture and Pearson's correlation coefficient. The results demonstrated that UDD and OLC reduced adhesion and cohesive ability of cells and stimulated generation of cell spheroids of ~ 3 10 mm3 in significant amount. The fullerenes reduced in the main cell adhesion to substrate that led to formation of cell aggregates of ~ 5 10-3 mm3. The results could be useful for achievement of the directed cell growth in three-dimensional culture. ]]>
This paper investigates the effect of different concentrations of nanostructured materials: fullerene-like (弌60), onion-like carbon (OLC) and ultra dispersed diamonds (UDD) on the formation of multicellular spheroids (MS). Chemical composition and purity of nanomaterials is controlled by Fourier transform infrared spectroscopy (FT-IR). The strength and direction of the impact of nanomaterials on the cell population was assessed using microphotography of multicellular spheroids culture and Pearson's correlation coefficient. The results demonstrated that UDD and OLC reduced adhesion and cohesive ability of cells and stimulated generation of cell spheroids of ~ 3 10 mm3 in significant amount. The fullerenes reduced in the main cell adhesion to substrate that led to formation of cell aggregates of ~ 5 10-3 mm3. The results could be useful for achievement of the directed cell growth in three-dimensional culture. ]]> Fri, 12 Feb 2016 14:18:10 GMT /slideshow/impact-of-carbon-nanomaterials-on-the-formation-of-multicellular-spheroids-by-tumor-cells-58194508/58194508 ssuser9a8606@slideshare.net(ssuser9a8606) Impact of carbon nanomaterials on the formation of multicellular spheroids by tumor cells. ssuser9a8606 This paper investigates the effect of different concentrations of nanostructured materials: fullerene-like (弌60), onion-like carbon (OLC) and ultra dispersed diamonds (UDD) on the formation of multicellular spheroids (MS). Chemical composition and purity of nanomaterials is controlled by Fourier transform infrared spectroscopy (FT-IR). The strength and direction of the impact of nanomaterials on the cell population was assessed using microphotography of multicellular spheroids culture and Pearson's correlation coefficient. The results demonstrated that UDD and OLC reduced adhesion and cohesive ability of cells and stimulated generation of cell spheroids of ~ 3 10 mm3 in significant amount. The fullerenes reduced in the main cell adhesion to substrate that led to formation of cell aggregates of ~ 5 10-3 mm3. The results could be useful for achievement of the directed cell growth in three-dimensional culture. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/perepelytsinaemrsfull-160212141810-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> This paper investigates the effect of different concentrations of nanostructured materials: fullerene-like (弌60), onion-like carbon (OLC) and ultra dispersed diamonds (UDD) on the formation of multicellular spheroids (MS). Chemical composition and purity of nanomaterials is controlled by Fourier transform infrared spectroscopy (FT-IR). The strength and direction of the impact of nanomaterials on the cell population was assessed using microphotography of multicellular spheroids culture and Pearson&#39;s correlation coefficient. The results demonstrated that UDD and OLC reduced adhesion and cohesive ability of cells and stimulated generation of cell spheroids of ~ 3 10 mm3 in significant amount. The fullerenes reduced in the main cell adhesion to substrate that led to formation of cell aggregates of ~ 5 10-3 mm3. The results could be useful for achievement of the directed cell growth in three-dimensional culture.
Impact of carbon nanomaterials on the formation of multicellular spheroids by tumor cells. from 丐舒礌舒 亠亞亠仍ﾐ
]]> 177 5 https://cdn.slidesharecdn.com/ss_thumbnails/perepelytsinaemrsfull-160212141810-thumbnail.jpg?width=120&height=120&fit=bounds document Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 MODULATING EFFECT OF ESTRADIOL, IFN-粒 AND T-CELLS ON ESTROGEN RECEPTORS EXPRESSION AND SENSETIVITY TO TAMOXIFEN OF BREAST CANCER CELLS IN VITRO. /slideshow/modulating-effect-of-estradiol-ifn-and-tcells-on-estrogen-receptors-expression-and-sensetivity-to-tamoxifen-of-breast-cancer-cells-in-vitro/58194397 livadia2012-160212141524
The fight against malignant neoplasms is one of the most pressing problems in biology and medicine. Breast cancer (BC) takes the first place in the structure of cancer incidence and cause of death of thousands women in Ukraine every year. One of the main treatments for breast cancer along with chemotherapy and radiotherapy, is a hormonal influence on sensitive cells of the tumor. 75% of all breast tumors is hormone sensitive, because express estrogen (ER) and progesterone receptors (PR). The most effective drugs are anti-estrogen substances, the most famous of them - tamoxifen (TAM). The level of PR and ER is an important parameter of effectiveness of TAM. Loss of sensitivity of tumor to TAM over time may be associated with decreasing of the number of steroid receptors. In this regard, it is necessary to find methods of influence on receptor status of cells BC.]]>
The fight against malignant neoplasms is one of the most pressing problems in biology and medicine. Breast cancer (BC) takes the first place in the structure of cancer incidence and cause of death of thousands women in Ukraine every year. One of the main treatments for breast cancer along with chemotherapy and radiotherapy, is a hormonal influence on sensitive cells of the tumor. 75% of all breast tumors is hormone sensitive, because express estrogen (ER) and progesterone receptors (PR). The most effective drugs are anti-estrogen substances, the most famous of them - tamoxifen (TAM). The level of PR and ER is an important parameter of effectiveness of TAM. Loss of sensitivity of tumor to TAM over time may be associated with decreasing of the number of steroid receptors. In this regard, it is necessary to find methods of influence on receptor status of cells BC.]]> Fri, 12 Feb 2016 14:15:24 GMT /slideshow/modulating-effect-of-estradiol-ifn-and-tcells-on-estrogen-receptors-expression-and-sensetivity-to-tamoxifen-of-breast-cancer-cells-in-vitro/58194397 ssuser9a8606@slideshare.net(ssuser9a8606) MODULATING EFFECT OF ESTRADIOL, IFN-粒 AND T-CELLS ON ESTROGEN RECEPTORS EXPRESSION AND SENSETIVITY TO TAMOXIFEN OF BREAST CANCER CELLS IN VITRO. ssuser9a8606 The fight against malignant neoplasms is one of the most pressing problems in biology and medicine. Breast cancer (BC) takes the first place in the structure of cancer incidence and cause of death of thousands women in Ukraine every year. One of the main treatments for breast cancer along with chemotherapy and radiotherapy, is a hormonal influence on sensitive cells of the tumor. 75% of all breast tumors is hormone sensitive, because express estrogen (ER) and progesterone receptors (PR). The most effective drugs are anti-estrogen substances, the most famous of them - tamoxifen (TAM). The level of PR and ER is an important parameter of effectiveness of TAM. Loss of sensitivity of tumor to TAM over time may be associated with decreasing of the number of steroid receptors. In this regard, it is necessary to find methods of influence on receptor status of cells BC. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/livadia2012-160212141524-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> The fight against malignant neoplasms is one of the most pressing problems in biology and medicine. Breast cancer (BC) takes the first place in the structure of cancer incidence and cause of death of thousands women in Ukraine every year. One of the main treatments for breast cancer along with chemotherapy and radiotherapy, is a hormonal influence on sensitive cells of the tumor. 75% of all breast tumors is hormone sensitive, because express estrogen (ER) and progesterone receptors (PR). The most effective drugs are anti-estrogen substances, the most famous of them - tamoxifen (TAM). The level of PR and ER is an important parameter of effectiveness of TAM. Loss of sensitivity of tumor to TAM over time may be associated with decreasing of the number of steroid receptors. In this regard, it is necessary to find methods of influence on receptor status of cells BC.
MODULATING EFFECT OF ESTRADIOL, IFN-粒 AND T-CELLS ON ESTROGEN RECEPTORS EXPRESSION AND SENSETIVITY TO TAMOXIFEN OF BREAST CANCER CELLS IN VITRO. from 丐舒礌舒 亠亞亠仍ﾐ
]]> 139 4 https://cdn.slidesharecdn.com/ss_thumbnails/livadia2012-160212141524-thumbnail.jpg?width=120&height=120&fit=bounds document Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 FORMATION OF MULTICELLULAR AGGREGATES UNDER DIFFERENT CONDITIONS OF MICROENVIRONMENT Multicellular /slideshow/formation-of-multicellular-aggregates-under-different-conditions-of-microenvironment-multicellular/58194343 formation-of-mts2010-160212141331
Multicellular aggregates (spheroids) represent an inter mittent level between monolayer growing cells and tissue cul ture. Spheroids are rather objective model of the threedimen sional growth and organization, the celltocell interactions and influence of microenvironmental conditions on tumour microaggregates. In our work formation and growth of sphe roids depends on concentration of CMC and FCS. Conditions of microenvironment influence on intensiveness of prolifera tion as well as on cells adhesiveness and formation of microag gregates.]]>
Multicellular aggregates (spheroids) represent an inter mittent level between monolayer growing cells and tissue cul ture. Spheroids are rather objective model of the threedimen sional growth and organization, the celltocell interactions and influence of microenvironmental conditions on tumour microaggregates. In our work formation and growth of sphe roids depends on concentration of CMC and FCS. Conditions of microenvironment influence on intensiveness of prolifera tion as well as on cells adhesiveness and formation of microag gregates.]]> Fri, 12 Feb 2016 14:13:31 GMT /slideshow/formation-of-multicellular-aggregates-under-different-conditions-of-microenvironment-multicellular/58194343 ssuser9a8606@slideshare.net(ssuser9a8606) FORMATION OF MULTICELLULAR AGGREGATES UNDER DIFFERENT CONDITIONS OF MICROENVIRONMENT Multicellular ssuser9a8606 Multicellular aggregates (spheroids) represent an inter鐃 mittent level between monolayer growing cells and tissue cul鐃 ture. Spheroids are rather objective model of the three鐃dimen鐃 sional growth and organization, the cell鐃to鐃cell interactions and influence of microenvironmental conditions on tumour microaggregates. In our work formation and growth of sphe鐃 roids depends on concentration of CMC and FCS. Conditions of microenvironment influence on intensiveness of prolifera鐃 tion as well as on cells adhesiveness and formation of microag鐃 gregates. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/formation-of-mts2010-160212141331-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Multicellular aggregates (spheroids) represent an inter鐃 mittent level between monolayer growing cells and tissue cul鐃 ture. Spheroids are rather objective model of the three鐃dimen鐃 sional growth and organization, the cell鐃to鐃cell interactions and influence of microenvironmental conditions on tumour microaggregates. In our work formation and growth of sphe鐃 roids depends on concentration of CMC and FCS. Conditions of microenvironment influence on intensiveness of prolifera鐃 tion as well as on cells adhesiveness and formation of microag鐃 gregates.
FORMATION OF MULTICELLULAR AGGREGATES UNDER DIFFERENT CONDITIONS OF MICROENVIRONMENT Multicellular from 丐舒礌舒 亠亞亠仍ﾐ
]]> 119 4 https://cdn.slidesharecdn.com/ss_thumbnails/formation-of-mts2010-160212141331-thumbnail.jpg?width=120&height=120&fit=bounds document Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 Impact of carbon nanomaterials on the formation of multicellular spheroids by tumor cells /slideshow/impact-of-carbon-nanomaterials-on-the-formation-of-multicellular-spheroids-by-tumor-cells/58194273 emrs2014-160212141140
This paper investigates the effect of different concentrations of nanostructured materials: fullerene-like (弌60), onion-like carbon (OLC) and ultra dispersed diamonds (UDD) on the formation of multicellular spheroids (MS). Chemical composition and purity of nanomaterials is controlled by Fourier transform infrared spectroscopy (FT-IR). The strength and direction of the impact of nanomaterials on the cell population was assessed using microphotography of multicellular spheroids culture and Pearson's correlation coefficient. The results demonstrated that UDD and OLC reduced adhesion and cohesive ability of cells and stimulated generation of cell spheroids of ~ 3 10 mm3 in significant amount. The fullerenes reduced in the main cell adhesion to substrate that led to formation of cell aggregates of ~ 5 10-3 mm3. The results could be useful for achievement of the directed cell]]>
This paper investigates the effect of different concentrations of nanostructured materials: fullerene-like (弌60), onion-like carbon (OLC) and ultra dispersed diamonds (UDD) on the formation of multicellular spheroids (MS). Chemical composition and purity of nanomaterials is controlled by Fourier transform infrared spectroscopy (FT-IR). The strength and direction of the impact of nanomaterials on the cell population was assessed using microphotography of multicellular spheroids culture and Pearson's correlation coefficient. The results demonstrated that UDD and OLC reduced adhesion and cohesive ability of cells and stimulated generation of cell spheroids of ~ 3 10 mm3 in significant amount. The fullerenes reduced in the main cell adhesion to substrate that led to formation of cell aggregates of ~ 5 10-3 mm3. The results could be useful for achievement of the directed cell]]> Fri, 12 Feb 2016 14:11:40 GMT /slideshow/impact-of-carbon-nanomaterials-on-the-formation-of-multicellular-spheroids-by-tumor-cells/58194273 ssuser9a8606@slideshare.net(ssuser9a8606) Impact of carbon nanomaterials on the formation of multicellular spheroids by tumor cells ssuser9a8606 This paper investigates the effect of different concentrations of nanostructured materials: fullerene-like (弌60), onion-like carbon (OLC) and ultra dispersed diamonds (UDD) on the formation of multicellular spheroids (MS). Chemical composition and purity of nanomaterials is controlled by Fourier transform infrared spectroscopy (FT-IR). The strength and direction of the impact of nanomaterials on the cell population was assessed using microphotography of multicellular spheroids culture and Pearson's correlation coefficient. The results demonstrated that UDD and OLC reduced adhesion and cohesive ability of cells and stimulated generation of cell spheroids of ~ 3 10 mm3 in significant amount. The fullerenes reduced in the main cell adhesion to substrate that led to formation of cell aggregates of ~ 5 10-3 mm3. The results could be useful for achievement of the directed cell <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/emrs2014-160212141140-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> This paper investigates the effect of different concentrations of nanostructured materials: fullerene-like (弌60), onion-like carbon (OLC) and ultra dispersed diamonds (UDD) on the formation of multicellular spheroids (MS). Chemical composition and purity of nanomaterials is controlled by Fourier transform infrared spectroscopy (FT-IR). The strength and direction of the impact of nanomaterials on the cell population was assessed using microphotography of multicellular spheroids culture and Pearson&#39;s correlation coefficient. The results demonstrated that UDD and OLC reduced adhesion and cohesive ability of cells and stimulated generation of cell spheroids of ~ 3 10 mm3 in significant amount. The fullerenes reduced in the main cell adhesion to substrate that led to formation of cell aggregates of ~ 5 10-3 mm3. The results could be useful for achievement of the directed cell
Impact of carbon nanomaterials on the formation of multicellular spheroids by tumor cells from 丐舒礌舒 亠亞亠仍ﾐ
]]> 110 5 https://cdn.slidesharecdn.com/ss_thumbnails/emrs2014-160212141140-thumbnail.jpg?width=120&height=120&fit=bounds document Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 Growth Kinetics of 2- and 3-D Cell Models as Influenced by the Microenvironment /ssuser9a8606/growth-kinetics-of-2-and-3d-cell-models-as-influenced-by-the-microenvironment cytgen509-160212141013
The noncontact cocultivation system was developed for the study of the paracrine interactions between MCF-7 (breast carcinoma cells) and MT-4 (a line of human T-cell leukemia). Viability and proliferation rates were determined in the adhesion and suspension fractions of MCF-7 cells sampled from two model systems: monolayer culture and multicellular tumor spheroids (MTS). Cocultivation with MT-4 reduced the number of MCF-7 cells in the adhesion fraction and had no effect upon the suspension fraction, despite an increase in the total population of MCF-7 cells. The two model systems displayed a substantial difference in cell viability, alone and in the presence of MT-4 cells the fraction of viable cells in the monolayers was greater than in the spheroids. It is suggested that cocultivation with MT-4 stimulates proliferation of MCF-7 cells via a paracrine mechanism, reduces adhesion to the substrate, and leads to MTS formation.]]>
The noncontact cocultivation system was developed for the study of the paracrine interactions between MCF-7 (breast carcinoma cells) and MT-4 (a line of human T-cell leukemia). Viability and proliferation rates were determined in the adhesion and suspension fractions of MCF-7 cells sampled from two model systems: monolayer culture and multicellular tumor spheroids (MTS). Cocultivation with MT-4 reduced the number of MCF-7 cells in the adhesion fraction and had no effect upon the suspension fraction, despite an increase in the total population of MCF-7 cells. The two model systems displayed a substantial difference in cell viability, alone and in the presence of MT-4 cells the fraction of viable cells in the monolayers was greater than in the spheroids. It is suggested that cocultivation with MT-4 stimulates proliferation of MCF-7 cells via a paracrine mechanism, reduces adhesion to the substrate, and leads to MTS formation.]]> Fri, 12 Feb 2016 14:10:13 GMT /ssuser9a8606/growth-kinetics-of-2-and-3d-cell-models-as-influenced-by-the-microenvironment ssuser9a8606@slideshare.net(ssuser9a8606) Growth Kinetics of 2- and 3-D Cell Models as Influenced by the Microenvironment ssuser9a8606 The noncontact cocultivation system was developed for the study of the paracrine interactions between MCF-7 (breast carcinoma cells) and MT-4 (a line of human T-cell leukemia). Viability and proliferation rates were determined in the adhesion and suspension fractions of MCF-7 cells sampled from two model systems: monolayer culture and multicellular tumor spheroids (MTS). Cocultivation with MT-4 reduced the number of MCF-7 cells in the adhesion fraction and had no effect upon the suspension fraction, despite an increase in the total population of MCF-7 cells. The two model systems displayed a substantial difference in cell viability, alone and in the presence of MT-4 cells the fraction of viable cells in the monolayers was greater than in the spheroids. It is suggested that cocultivation with MT-4 stimulates proliferation of MCF-7 cells via a paracrine mechanism, reduces adhesion to the substrate, and leads to MTS formation. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/cytgen509-160212141013-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> The noncontact cocultivation system was developed for the study of the paracrine interactions between MCF-7 (breast carcinoma cells) and MT-4 (a line of human T-cell leukemia). Viability and proliferation rates were determined in the adhesion and suspension fractions of MCF-7 cells sampled from two model systems: monolayer culture and multicellular tumor spheroids (MTS). Cocultivation with MT-4 reduced the number of MCF-7 cells in the adhesion fraction and had no effect upon the suspension fraction, despite an increase in the total population of MCF-7 cells. The two model systems displayed a substantial difference in cell viability, alone and in the presence of MT-4 cells the fraction of viable cells in the monolayers was greater than in the spheroids. It is suggested that cocultivation with MT-4 stimulates proliferation of MCF-7 cells via a paracrine mechanism, reduces adhesion to the substrate, and leads to MTS formation.
Growth Kinetics of 2- and 3-D Cell Models as Influenced by the Microenvironment from 丐舒礌舒 亠亞亠仍ﾐ
]]> 246 5 https://cdn.slidesharecdn.com/ss_thumbnails/cytgen509-160212141013-thumbnail.jpg?width=120&height=120&fit=bounds document Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 仗仍亳于 仍亠亠仆于 仆舒 于亳亢亳于舒仆 从仍亳仆 舒从 仄仂仍仂仆仂 亰舒仍仂亰亳 亰舒 亳于舒仍仂 仆从弍舒 /slideshow/ss-58194152/58194152 biotechnology2010-160212140752
仂仍亟亢亠仆仂 于仗仍亳于 仗亳仆仆亳 仍亠亠仆于 弌60 (105 ) 仆舒 于亳亢亳于舒仆 从仍亳仆 MCF7 舒从 仄仂仍仂仆仂 亰舒仍仂亰亳 亰舒 亳于舒仍仂 仆从弍舒 弍亠亰 亰舒仄仆亳 从仍舒仍仆仂亞仂 亠亠亟仂于亳舒. 舒仆仂于仍亠仆仂, 仂 仆舒 仗仂舒从仂于仂仄 亠舒仗 仆从弍舒 仗仍 于仆亠亠仆仆 仍亠亠仆于 弌60 亠亠亟仂于亳亠 从仍亳于于舒仆仆 于亟弍于舒 亰弍仍亠仆仆 从仍从仂 从仍亳仆 S舒亰, 仂亟仆舒从 仗仂亟舒仍仂仄 仗仂亠亞舒 亰舒亳仄从舒 从仍亳仆 舒亰 G2/, 于舒舒 亰亟舒仆仂 亟仂 仂仄于舒仆仆 于亟仂从于 舒 亰仆亳亢亠仆仆 于仄 亢亳亰亟舒仆亳 从仍亳仆 仗仂仗仍. 舒 亟 仍亠亠仆于 弌60 弍仗仂仗仍, 仂 于亳亢亳于舒 亠亠亰 6 亟弍, 亰弍仍 于仄 从仍亳仆 S舒亰.]]>
仂仍亟亢亠仆仂 于仗仍亳于 仗亳仆仆亳 仍亠亠仆于 弌60 (105 ) 仆舒 于亳亢亳于舒仆 从仍亳仆 MCF7 舒从 仄仂仍仂仆仂 亰舒仍仂亰亳 亰舒 亳于舒仍仂 仆从弍舒 弍亠亰 亰舒仄仆亳 从仍舒仍仆仂亞仂 亠亠亟仂于亳舒. 舒仆仂于仍亠仆仂, 仂 仆舒 仗仂舒从仂于仂仄 亠舒仗 仆从弍舒 仗仍 于仆亠亠仆仆 仍亠亠仆于 弌60 亠亠亟仂于亳亠 从仍亳于于舒仆仆 于亟弍于舒 亰弍仍亠仆仆 从仍从仂 从仍亳仆 S舒亰, 仂亟仆舒从 仗仂亟舒仍仂仄 仗仂亠亞舒 亰舒亳仄从舒 从仍亳仆 舒亰 G2/, 于舒舒 亰亟舒仆仂 亟仂 仂仄于舒仆仆 于亟仂从于 舒 亰仆亳亢亠仆仆 于仄 亢亳亰亟舒仆亳 从仍亳仆 仗仂仗仍. 舒 亟 仍亠亠仆于 弌60 弍仗仂仗仍, 仂 于亳亢亳于舒 亠亠亰 6 亟弍, 亰弍仍 于仄 从仍亳仆 S舒亰.]]> Fri, 12 Feb 2016 14:07:52 GMT /slideshow/ss-58194152/58194152 ssuser9a8606@slideshare.net(ssuser9a8606) 仗仍亳于 仍亠亠仆于 仆舒 于亳亢亳于舒仆 从仍亳仆 舒从 仄仂仍仂仆仂 亰舒仍仂亰亳 亰舒 亳于舒仍仂 仆从弍舒 ssuser9a8606 仂仍亟亢亠仆仂 于仗仍亳于 仗亳仆仆亳 仍亠亠仆于 弌60 (105 ) 仆舒 于亳亢亳于舒仆 从仍亳仆 MCF鐃7 舒从 仄仂仍仂仆仂 亰舒仍仂亰亳 亰舒 亳于舒仍仂 仆从弍舒 弍亠亰 亰舒仄仆亳 从仍舒仍仆仂亞仂 亠亠亟仂于亳舒. 舒仆仂于仍亠仆仂, 仂 仆舒 仗仂舒从仂于仂仄 亠舒仗 仆从弍舒 仗仍 于仆亠亠仆仆 仍亠亠仆于 弌60 亠亠亟仂于亳亠 从仍亳于于舒仆仆 于亟弍于舒 亰弍仍亠仆仆 从仍从仂 从仍亳仆 S鐃術舒亰, 仂亟仆舒从 仗仂亟舒仍仂仄 仗仂亠亞舒 亰舒亳仄从舒 从仍亳仆 舒亰 G2/, 于舒舒 亰亟舒仆仂 亟仂 仂仄于舒仆仆 于亟仂从于 舒 亰仆亳亢亠仆仆 于仄 亢亳亰亟舒仆亳 从仍亳仆 仗仂仗仍. 舒 亟 仍亠亠仆于 弌60 弍仗仂仗仍, 仂 于亳亢亳于舒 亠亠亰 6 亟弍, 亰弍仍 于仄 从仍亳仆 S鐃術舒亰. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/biotechnology2010-160212140752-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 仂仍亟亢亠仆仂 于仗仍亳于 仗亳仆仆亳 仍亠亠仆于 弌60 (105 ) 仆舒 于亳亢亳于舒仆 从仍亳仆 MCF鐃7 舒从 仄仂仍仂仆仂 亰舒仍仂亰亳 亰舒 亳于舒仍仂 仆从弍舒 弍亠亰 亰舒仄仆亳 从仍舒仍仆仂亞仂 亠亠亟仂于亳舒. 舒仆仂于仍亠仆仂, 仂 仆舒 仗仂舒从仂于仂仄 亠舒仗 仆从弍舒 仗仍 于仆亠亠仆仆 仍亠亠仆于 弌60 亠亠亟仂于亳亠 从仍亳于于舒仆仆 于亟弍于舒 亰弍仍亠仆仆 从仍从仂 从仍亳仆 S鐃術舒亰, 仂亟仆舒从 仗仂亟舒仍仂仄 仗仂亠亞舒 亰舒亳仄从舒 从仍亳仆 舒亰 G2/, 于舒舒 亰亟舒仆仂 亟仂 仂仄于舒仆仆 于亟仂从于 舒 亰仆亳亢亠仆仆 于仄 亢亳亰亟舒仆亳 从仍亳仆 仗仂仗仍. 舒 亟 仍亠亠仆于 弌60 弍仗仂仗仍, 仂 于亳亢亳于舒 亠亠亰 6 亟弍, 亰弍仍 于仄 从仍亳仆 S鐃術舒亰.
仗仍亳于 仍亠亠仆于 仆舒 于亳亢亳于舒仆 从仍亳仆 舒从 仄仂仍仂仆仂 亰舒仍仂亰亳 亰舒 亳于舒仍仂 仆从弍舒 from 丐舒礌舒 亠亞亠仍ﾐ
]]> 339 4 https://cdn.slidesharecdn.com/ss_thumbnails/biotechnology2010-160212140752-thumbnail.jpg?width=120&height=120&fit=bounds document Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 C于亟仂于舒 于弍仗亟 /slideshow/c-58099455/58099455 random-160210125622
舒弍仂舒仂 仗亠从舒仍仆亳 仄亠仂亟于 亟舒亞仆仂亳从亳 (于亟仂于舒)]]>
舒弍仂舒仂 仗亠从舒仍仆亳 仄亠仂亟于 亟舒亞仆仂亳从亳 (于亟仂于舒)]]> Wed, 10 Feb 2016 12:56:22 GMT /slideshow/c-58099455/58099455 ssuser9a8606@slideshare.net(ssuser9a8606) C于亟仂于舒 于弍仗亟 ssuser9a8606 舒弍仂舒仂 仗亠从舒仍仆亳 仄亠仂亟于 亟舒亞仆仂亳从亳 (于亟仂于舒) <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/random-160210125622-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 舒弍仂舒仂 仗亠从舒仍仆亳 仄亠仂亟于 亟舒亞仆仂亳从亳 (于亟仂于舒)
C于亟仂于舒 于弍仗亟 from 丐舒礌舒 亠亞亠仍ﾐ
]]> 152 5 https://cdn.slidesharecdn.com/ss_thumbnails/random-160210125622-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 仂仍亟亢亠仆仆 磦亳舒 仆舒亟于亳亟从仂亞仂 仂仂仍仂亟亢亠仆仆 弍仂仍仂亞仆亳 仂弍'从于 亟仍 于仂亠仆仆 仗亳仍舒亟 亟仍 从仂从仂仆亠于于舒仆仆 /slideshow/ss-58053471/58053471 random-160209140030
亳仗仂弍于舒仆仆 亰舒仗仂仗仂仆仂于舒仆亳 于舒仍 Nunc, 仄亠亳仆舒, 亟仍 于亳亰仆舒亠仆仆 亠仄仗亠舒仆亳 亞舒亟仆于 仆舒 仄亠亢 仗亠亠仂亟于 仗亠亠仂仂仍仂亟亢亠仆亳亶 舒亰仂-于仆仆 仗仂于亠仆 从仂仆亠亶仆亠舒-弍仂仂弍从 舒 从仍舒亟 从仂仗仂亠从仂于, 于亳于亳亳 亠亠从亳于仆 于亳亢亳于舒仆仆 从仍亳仆 MCF-7 舒 从仍亳仆 丐29 于 亠亠亟仂于亳 亰 仄仂亟亳从仂于舒仆亳仄亳 从仂仗仂亠从仂舒仄亳.]]>
亳仗仂弍于舒仆仆 亰舒仗仂仗仂仆仂于舒仆亳 于舒仍 Nunc, 仄亠亳仆舒, 亟仍 于亳亰仆舒亠仆仆 亠仄仗亠舒仆亳 亞舒亟仆于 仆舒 仄亠亢 仗亠亠仂亟于 仗亠亠仂仂仍仂亟亢亠仆亳亶 舒亰仂-于仆仆 仗仂于亠仆 从仂仆亠亶仆亠舒-弍仂仂弍从 舒 从仍舒亟 从仂仗仂亠从仂于, 于亳于亳亳 亠亠从亳于仆 于亳亢亳于舒仆仆 从仍亳仆 MCF-7 舒 从仍亳仆 丐29 于 亠亠亟仂于亳 亰 仄仂亟亳从仂于舒仆亳仄亳 从仂仗仂亠从仂舒仄亳.]]> Tue, 09 Feb 2016 14:00:30 GMT /slideshow/ss-58053471/58053471 ssuser9a8606@slideshare.net(ssuser9a8606) 仂仍亟亢亠仆仆 磦亳舒 仆舒亟于亳亟从仂亞仂 仂仂仍仂亟亢亠仆仆 弍仂仍仂亞仆亳 仂弍'从于 亟仍 于仂亠仆仆 仗亳仍舒亟 亟仍 从仂从仂仆亠于于舒仆仆 ssuser9a8606 亳仗仂弍于舒仆仆 亰舒仗仂仗仂仆仂于舒仆亳 于舒仍 Nunc, 仄亠亳仆舒, 亟仍 于亳亰仆舒亠仆仆 亠仄仗亠舒仆亳 亞舒亟仆于 仆舒 仄亠亢 仗亠亠仂亟于 仗亠亠仂仂仍仂亟亢亠仆亳亶 舒亰仂-于仆仆 仗仂于亠仆 从仂仆亠亶仆亠舒-弍仂仂弍从 舒 从仍舒亟 从仂仗仂亠从仂于, 于亳于亳亳 亠亠从亳于仆 于亳亢亳于舒仆仆 从仍亳仆 MCF-7 舒 从仍亳仆 丐29 于 亠亠亟仂于亳 亰 仄仂亟亳从仂于舒仆亳仄亳 从仂仗仂亠从仂舒仄亳. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/random-160209140030-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 亳仗仂弍于舒仆仆 亰舒仗仂仗仂仆仂于舒仆亳 于舒仍 Nunc, 仄亠亳仆舒, 亟仍 于亳亰仆舒亠仆仆 亠仄仗亠舒仆亳 亞舒亟仆于 仆舒 仄亠亢 仗亠亠仂亟于 仗亠亠仂仂仍仂亟亢亠仆亳亶 舒亰仂-于仆仆 仗仂于亠仆 从仂仆亠亶仆亠舒-弍仂仂弍从 舒 从仍舒亟 从仂仗仂亠从仂于, 于亳于亳亳 亠亠从亳于仆 于亳亢亳于舒仆仆 从仍亳仆 MCF-7 舒 从仍亳仆 丐29 于 亠亠亟仂于亳 亰 仄仂亟亳从仂于舒仆亳仄亳 从仂仗仂亠从仂舒仄亳.
仂仍亟亢亠仆仆 磦亳舒 仆舒亟于亳亟从仂亞仂 仂仂仍仂亟亢亠仆仆 弍仂仍仂亞仆亳 仂弍'从于 亟仍 于仂亠仆仆 仗亳仍舒亟 亟仍 从仂从仂仆亠于于舒仆仆 from 丐舒礌舒 亠亞亠仍ﾐ
]]> 201 4 https://cdn.slidesharecdn.com/ss_thumbnails/random-160209140030-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 仂仍亟亢亠仆仆 亠从仗亠 弍仍从于 E-从舒亟亞亠亳仆 舒 硫-从舒亠仆仆 仗仍仂从仂从仍亳仆仆仂仄 舒从 仍亳亰仂于仂 仂弍仂仍仂仆从亳 仗仂仂亢仆亳仆亳 仂舒. /slideshow/e-58044688/58044688 16-15-160209101601
仂仍亟亳亳 亠从仗亠 仄舒从亠仆亳 弍仍从于 亠仗亠仍舒仍仆仂- 仄亠亰亠仆仄舒仍仆仂亞仂 仗亠亠仂亟 弍从舒仍仆仂仄 亠仗亠仍 舒 仗仍亳仆 于仂亳 仆舒 仗仍仂从仂从仍亳仆仆亳亶 舒从 舒 仂弍 亰 亞仗亳 亳亰亳从.]]>
仂仍亟亳亳 亠从仗亠 仄舒从亠仆亳 弍仍从于 亠仗亠仍舒仍仆仂- 仄亠亰亠仆仄舒仍仆仂亞仂 仗亠亠仂亟 弍从舒仍仆仂仄 亠仗亠仍 舒 仗仍亳仆 于仂亳 仆舒 仗仍仂从仂从仍亳仆仆亳亶 舒从 舒 仂弍 亰 亞仗亳 亳亰亳从.]]> Tue, 09 Feb 2016 10:16:01 GMT /slideshow/e-58044688/58044688 ssuser9a8606@slideshare.net(ssuser9a8606) 仂仍亟亢亠仆仆 亠从仗亠 弍仍从于 E-从舒亟亞亠亳仆 舒 硫-从舒亠仆仆 仗仍仂从仂从仍亳仆仆仂仄 舒从 仍亳亰仂于仂 仂弍仂仍仂仆从亳 仗仂仂亢仆亳仆亳 仂舒. ssuser9a8606 仂仍亟亳亳 亠从仗亠 仄舒从亠仆亳 弍仍从于 亠仗亠仍舒仍仆仂- 仄亠亰亠仆仄舒仍仆仂亞仂 仗亠亠仂亟 弍从舒仍仆仂仄 亠仗亠仍 舒 仗仍亳仆 于仂亳 仆舒 仗仍仂从仂从仍亳仆仆亳亶 舒从 舒 仂弍 亰 亞仗亳 亳亰亳从. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/16-15-160209101601-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 仂仍亟亳亳 亠从仗亠 仄舒从亠仆亳 弍仍从于 亠仗亠仍舒仍仆仂- 仄亠亰亠仆仄舒仍仆仂亞仂 仗亠亠仂亟 弍从舒仍仆仂仄 亠仗亠仍 舒 仗仍亳仆 于仂亳 仆舒 仗仍仂从仂从仍亳仆仆亳亶 舒从 舒 仂弍 亰 亞仗亳 亳亰亳从.
仂仍亟亢亠仆仆 亠从仗亠 弍仍从于 E-从舒亟亞亠亳仆 舒 硫-从舒亠仆仆 仗仍仂从仂从仍亳仆仆仂仄 舒从 仍亳亰仂于仂 仂弍仂仍仂仆从亳 仗仂仂亢仆亳仆亳 仂舒. from 丐舒礌舒 亠亞亠仍ﾐ
]]> 235 4 https://cdn.slidesharecdn.com/ss_thumbnails/16-15-160209101601-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 舒弍仂舒仂 仗亠从舒仍仆亳 仄亠仂亟于 亟舒亞仆仂亳从亳 /slideshow/ss-58044034/58044034 1715-160209100010
亠舒 仂弍仂亳 弌于仂亳亳 从仂仄仗舒从仆亳亶, 仗仂亳亶 于亳从仂亳舒仆仆 仗亠舒仍亰仂于舒仆亳亶 舒仗舒舒仆仂-仗仂亞舒仄仆亳亶 从仂仄仗仍亠从 仆舒 仂仆仂于 于亳仄ﾐ火夷姿仆仂亞仂 仄仂亟仍 亟仍 亠舒仍亰舒 仄亠仂亟亳从亳 仗亠从舒仍仆仂亞仂 亟仂仍亟亢亠仆仆 仂仆从亳 仗仍于仂从 弍仂仍仂亞仆亳 亠仂于亳仆 亠亠亟仆仂仄 丼-亟舒仗舒-亰仂仆, 仗亳亟舒仆亳亶 亟仍 于亳从仂亳舒仆仆 从仍仆仆亶 仗舒从亳 亟仍 亟舒亞仆仂亳从亳 仂仆从仂仍仂亞仆亳 仗舒仂仍仂亞亶. ]]>
亠舒 仂弍仂亳 弌于仂亳亳 从仂仄仗舒从仆亳亶, 仗仂亳亶 于亳从仂亳舒仆仆 仗亠舒仍亰仂于舒仆亳亶 舒仗舒舒仆仂-仗仂亞舒仄仆亳亶 从仂仄仗仍亠从 仆舒 仂仆仂于 于亳仄ﾐ火夷姿仆仂亞仂 仄仂亟仍 亟仍 亠舒仍亰舒 仄亠仂亟亳从亳 仗亠从舒仍仆仂亞仂 亟仂仍亟亢亠仆仆 仂仆从亳 仗仍于仂从 弍仂仍仂亞仆亳 亠仂于亳仆 亠亠亟仆仂仄 丼-亟舒仗舒-亰仂仆, 仗亳亟舒仆亳亶 亟仍 于亳从仂亳舒仆仆 从仍仆仆亶 仗舒从亳 亟仍 亟舒亞仆仂亳从亳 仂仆从仂仍仂亞仆亳 仗舒仂仍仂亞亶. ]]> Tue, 09 Feb 2016 10:00:09 GMT /slideshow/ss-58044034/58044034 ssuser9a8606@slideshare.net(ssuser9a8606) 舒弍仂舒仂 仗亠从舒仍仆亳 仄亠仂亟于 亟舒亞仆仂亳从亳 ssuser9a8606 亠舒 仂弍仂亳 弌于仂亳亳 从仂仄仗舒从仆亳亶, 仗仂亳亶 于亳从仂亳舒仆仆 仗亠舒仍亰仂于舒仆亳亶 舒仗舒舒仆仂-仗仂亞舒仄仆亳亶 从仂仄仗仍亠从 仆舒 仂仆仂于 于亳仄ﾐ火夷姿仆仂亞仂 仄仂亟仍 亟仍 亠舒仍亰舒 仄亠仂亟亳从亳 仗亠从舒仍仆仂亞仂 亟仂仍亟亢亠仆仆 仂仆从亳 仗仍于仂从 弍仂仍仂亞仆亳 亠仂于亳仆 亠亠亟仆仂仄 丼-亟舒仗舒-亰仂仆, 仗亳亟舒仆亳亶 亟仍 于亳从仂亳舒仆仆 从仍仆仆亶 仗舒从亳 亟仍 亟舒亞仆仂亳从亳 仂仆从仂仍仂亞仆亳 仗舒仂仍仂亞亶. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1715-160209100010-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 亠舒 仂弍仂亳 弌于仂亳亳 从仂仄仗舒从仆亳亶, 仗仂亳亶 于亳从仂亳舒仆仆 仗亠舒仍亰仂于舒仆亳亶 舒仗舒舒仆仂-仗仂亞舒仄仆亳亶 从仂仄仗仍亠从 仆舒 仂仆仂于 于亳仄ﾐ火夷姿仆仂亞仂 仄仂亟仍 亟仍 亠舒仍亰舒 仄亠仂亟亳从亳 仗亠从舒仍仆仂亞仂 亟仂仍亟亢亠仆仆 仂仆从亳 仗仍于仂从 弍仂仍仂亞仆亳 亠仂于亳仆 亠亠亟仆仂仄 丼-亟舒仗舒-亰仂仆, 仗亳亟舒仆亳亶 亟仍 于亳从仂亳舒仆仆 从仍仆仆亶 仗舒从亳 亟仍 亟舒亞仆仂亳从亳 仂仆从仂仍仂亞仆亳 仗舒仂仍仂亞亶.
舒弍仂舒仂 仗亠从舒仍仆亳 仄亠仂亟于 亟舒亞仆仂亳从亳 from 丐舒礌舒 亠亞亠仍ﾐ
]]> 217 4 https://cdn.slidesharecdn.com/ss_thumbnails/1715-160209100010-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 The study pro-and anti- oncogenic activity of the cellular origin biological agents /slideshow/e-58003603/58003603 e-160208124955
The aim of the study was to characterize the influence of biologically active substances of cell origin on proliferation, survival, receptor profile and ability to form multicellular spheroids tumor cells in vitro and in animal tumor models. ]]>
The aim of the study was to characterize the influence of biologically active substances of cell origin on proliferation, survival, receptor profile and ability to form multicellular spheroids tumor cells in vitro and in animal tumor models. ]]> Mon, 08 Feb 2016 12:49:55 GMT /slideshow/e-58003603/58003603 ssuser9a8606@slideshare.net(ssuser9a8606) The study pro-and anti- oncogenic activity of the cellular origin biological agents ssuser9a8606 The aim of the study was to characterize the influence of biologically active substances of cell origin on proliferation, survival, receptor profile and ability to form multicellular spheroids tumor cells in vitro and in animal tumor models. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/e-160208124955-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> The aim of the study was to characterize the influence of biologically active substances of cell origin on proliferation, survival, receptor profile and ability to form multicellular spheroids tumor cells in vitro and in animal tumor models.
The study pro-and anti- oncogenic activity of the cellular origin biological agents from 丐舒礌舒 亠亞亠仍ﾐ
]]> 299 5 https://cdn.slidesharecdn.com/ss_thumbnails/e-160208124955-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 https://public.slidesharecdn.com/v2/images/profile-picture.png https://cdn.slidesharecdn.com/ss_thumbnails/1715en-160216123831-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/creation-of-hardwaresoftware-complex-for-spectral-studies-of-thin-films-of-biological-agents-in-the-midir/58321103 Creation of hardware-s... https://cdn.slidesharecdn.com/ss_thumbnails/perepelytsinaemrsfull-160212141810-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/impact-of-carbon-nanomaterials-on-the-formation-of-multicellular-spheroids-by-tumor-cells-58194508/58194508 Impact of carbon nanom... https://cdn.slidesharecdn.com/ss_thumbnails/livadia2012-160212141524-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/modulating-effect-of-estradiol-ifn-and-tcells-on-estrogen-receptors-expression-and-sensetivity-to-tamoxifen-of-breast-cancer-cells-in-vitro/58194397 MODULATING EFFECT OF E...