+ Follow MEMBRANE Tag
Array
(
[results] => Array
(
[0] => Array
(
[ArticleID] => 540174
[Title] => Green initiatives to solve RP water problems: Membrane science and technology for wastewater recycling and reuse
[Summary] => How are we going solve water scarcity when all our water resources are contaminated and continuously being depleted?
[DatePublished] => 2010-01-14 00:00:00
[ColumnID] => 135735
[Focus] => 0
[AuthorID] => 1520046
[AuthorName] => Michelle C. Almendrala, Ph.D.
[SectionName] => Science and Environment
[SectionUrl] => science-and-environment
[URL] =>
)
[1] => Array
(
[ArticleID] => 453915
[Title] => Membrane separation process: A sustainable technology for water purification, industrial wastewater recycling and reuse
[Summary] => “The current population of slightly more than six billion consumes the resources (water) of one planet Earth. By about 2050, when the population is expected to reach about nine billion, and if standards of living continue to rise, the amount consumed will be the resources of about three planet Earths.
[DatePublished] => 2009-04-02 00:00:00
[ColumnID] => 135735
[Focus] => 0
[AuthorID] => 1520050
[AuthorName] => Michelle D. Almendrala, Ph.D.
[SectionName] => Science and Environment
[SectionUrl] => science-and-environment
[URL] =>
)
[2] => Array
(
[ArticleID] => 83599
[Title] => Heart Attack In A Lab Dish
[Summary] => Researchers at Utrecht University have given heart muscle cells a heart attack in the laboratory. This allowed them to observe clearly the change that takes place in the cell membrane during an attack and how the change sometimes leads to the death of the cell.
In a healthy cell, one of the components of the membrane, the phospholipids, are asymmetrically distributed across the two layers of the surrounding shell.
[DatePublished] => 2001-07-02 00:00:00
[ColumnID] => 133272
[Focus] => 0
[AuthorID] =>
[AuthorName] =>
[SectionName] => Science and Environment
[SectionUrl] => science-and-environment
[URL] =>
)
)
)
MEMBRANE
Array
(
[results] => Array
(
[0] => Array
(
[ArticleID] => 540174
[Title] => Green initiatives to solve RP water problems: Membrane science and technology for wastewater recycling and reuse
[Summary] => How are we going solve water scarcity when all our water resources are contaminated and continuously being depleted?
[DatePublished] => 2010-01-14 00:00:00
[ColumnID] => 135735
[Focus] => 0
[AuthorID] => 1520046
[AuthorName] => Michelle C. Almendrala, Ph.D.
[SectionName] => Science and Environment
[SectionUrl] => science-and-environment
[URL] =>
)
[1] => Array
(
[ArticleID] => 453915
[Title] => Membrane separation process: A sustainable technology for water purification, industrial wastewater recycling and reuse
[Summary] => “The current population of slightly more than six billion consumes the resources (water) of one planet Earth. By about 2050, when the population is expected to reach about nine billion, and if standards of living continue to rise, the amount consumed will be the resources of about three planet Earths.
[DatePublished] => 2009-04-02 00:00:00
[ColumnID] => 135735
[Focus] => 0
[AuthorID] => 1520050
[AuthorName] => Michelle D. Almendrala, Ph.D.
[SectionName] => Science and Environment
[SectionUrl] => science-and-environment
[URL] =>
)
[2] => Array
(
[ArticleID] => 83599
[Title] => Heart Attack In A Lab Dish
[Summary] => Researchers at Utrecht University have given heart muscle cells a heart attack in the laboratory. This allowed them to observe clearly the change that takes place in the cell membrane during an attack and how the change sometimes leads to the death of the cell.
In a healthy cell, one of the components of the membrane, the phospholipids, are asymmetrically distributed across the two layers of the surrounding shell.
[DatePublished] => 2001-07-02 00:00:00
[ColumnID] => 133272
[Focus] => 0
[AuthorID] =>
[AuthorName] =>
[SectionName] => Science and Environment
[SectionUrl] => science-and-environment
[URL] =>
)
)
)
abtest
