Post by skyship on Jan 18, 2010 20:53:08 GMT -5
This lab covers many subjects, all or none could apply to us.
What are they making?
There is enough here to keep us going for a while.
You see lists of organisms and what minerals they have inside them.
The covers of some of these mags are very very interesting!
This lab at one time, I thought, may have constructed the
bio/molecular/micro/nano device. It would have to be a replicating
device. So, some type of virus/bio would have had to mutate
it into our body system.
If not the creator, than maybe he can help us.
Scientific Papers are all listed below:
==================================
Centre for Organized Matter Chemistry
www.chm.bris.ac.uk/inorg/mann/Publications.html
===============================
Research THEMES
www.chm.bris.ac.uk/inorg/mann/Research%20Sketch.html
------------
I think we might see something here that might pertain
to Morgellons. in more ways than one.
------------------
'The aim of our research is to investigate the chemistry of organized matter. In particular, we are interested in bio-inspired chemically-derived routes to complex inorganic materials. For this, we are attempting to integrate concepts and knowledge of how organisms fabricate biominerals such as bones, shells and teeth, within a biomimetic approach to the synthesis of organized inorganic-based materials with structural hierarchy and morphological complexity across a range of length scales [refs 1, 4].
Several areas are currently being explored. These include the use of proteins with micellar structures as small-scale reaction environments for the production of bioinorganic nanocomposites with magnetic and quantum dot properties [ref 5] and the application of organized supramolecular assemblies of surfactant molecules as templates for the oriented nucleation of inorganic crystals [ref 2]. Recently, we have used microemulsions to induce the formation of inorganic materials with complex forms such as microskeletal calcium phosphates [ref 3] and honeycombed thin films and hollow micro-shells of calcium carbonate [refs 6]. "..........
*************
"We are also exploring the use of biological micro-structures for the template-directed synthesis of organized inorganic architectures. We have used superstructural arrays of bacterial filaments to fabricate ordered silica macrostructures [ref 7], two-dimensional protein crystals for the synthesis of ordered superlattices of quantum-sized cadmium sulfide nanocrystals [ref 8], and tobacco mosaic virus for the fabrication of inorganic nanotubes [ref 9].
Other work currently under investigation involves the template-directed synthesis of ordered silica-surfactant mesostructures with covalently linked organic functionalities [refs 10-12] and the synthesis of lamellar magnesium organosilicates incorporating functionalized arrays of organic moieties [ref 13].".....
*********************
MUCH MORE..........ON ABOVE LINK.
Skyship
What are they making?
There is enough here to keep us going for a while.
You see lists of organisms and what minerals they have inside them.
The covers of some of these mags are very very interesting!
This lab at one time, I thought, may have constructed the
bio/molecular/micro/nano device. It would have to be a replicating
device. So, some type of virus/bio would have had to mutate
it into our body system.
If not the creator, than maybe he can help us.
Scientific Papers are all listed below:
==================================
Centre for Organized Matter Chemistry
www.chm.bris.ac.uk/inorg/mann/Publications.html
===============================
Research THEMES
www.chm.bris.ac.uk/inorg/mann/Research%20Sketch.html
------------
I think we might see something here that might pertain
to Morgellons. in more ways than one.
------------------
'The aim of our research is to investigate the chemistry of organized matter. In particular, we are interested in bio-inspired chemically-derived routes to complex inorganic materials. For this, we are attempting to integrate concepts and knowledge of how organisms fabricate biominerals such as bones, shells and teeth, within a biomimetic approach to the synthesis of organized inorganic-based materials with structural hierarchy and morphological complexity across a range of length scales [refs 1, 4].
Several areas are currently being explored. These include the use of proteins with micellar structures as small-scale reaction environments for the production of bioinorganic nanocomposites with magnetic and quantum dot properties [ref 5] and the application of organized supramolecular assemblies of surfactant molecules as templates for the oriented nucleation of inorganic crystals [ref 2]. Recently, we have used microemulsions to induce the formation of inorganic materials with complex forms such as microskeletal calcium phosphates [ref 3] and honeycombed thin films and hollow micro-shells of calcium carbonate [refs 6]. "..........
*************
"We are also exploring the use of biological micro-structures for the template-directed synthesis of organized inorganic architectures. We have used superstructural arrays of bacterial filaments to fabricate ordered silica macrostructures [ref 7], two-dimensional protein crystals for the synthesis of ordered superlattices of quantum-sized cadmium sulfide nanocrystals [ref 8], and tobacco mosaic virus for the fabrication of inorganic nanotubes [ref 9].
Other work currently under investigation involves the template-directed synthesis of ordered silica-surfactant mesostructures with covalently linked organic functionalities [refs 10-12] and the synthesis of lamellar magnesium organosilicates incorporating functionalized arrays of organic moieties [ref 13].".....
*********************
MUCH MORE..........ON ABOVE LINK.
Skyship