View allAll Photos Tagged microtubes
Don't judge a cell by it's cover...
This creation is based off of this illustration of a human cell:
www.healthhype.com/wp-content/uploads/human_cell.jpg
My third build for the ABS Builder Challenge.
Link to group: www.flickr.com/groups/abs-builder-challenge/discuss/72157...
The seed part is the lime telephone.
That might seem like a weird title, but here's why I used it...
Seemingly harmless, these tiny Legume caterpillars are a problem in south Florida for an odd reason...they wreak havoc on plastic microtubing in commercial crop irrigation systems in citrus groves...they eat entrance holes in the plastic pipes and go inside the pipes to pupate, damaging them! How weird! I think around here they are better behaved and just eat the leaves of Bagpod Weed (Sesbania vesicaria)...
Seemingly harmless, these Legume caterpillars are a problem in south Florida for an odd reason...they wreak havoc on plastic microtubing in commercial crop irrigation systems in citrus groves...they eat entrance holes in the plastic pipes and go inside the pipes to pupate, damaging them! How weird! I think around here they are better behaved and just eat the leaves of Bagpod Weed (Sesbania vesicaria)...
It had been several years since I'd last seen one of these small caterpillars and I was just thinking about them on my hike the other day before coming across this tiny young instar! Funny how that works out sometimes...
See below for a more mature example...so skinny!
the system is surprisingly leak free and easy to connect tubing with small plastic conenctors that simply pop into place.
I recently found out I have lost some of my hearing and need hearing aids in both ears. Please don't tell me your sorry!!!!!! I'm jumping for joy because I can finally hear again. This really is a good thing! I got them and right away began wearing them about 11hrs a day - that's how much I love them! I know don't know what I'd do without them.
I have a notch in my hearing a 2000Hz due to meningococcal meningitis, which I had as an infant.
I think the title explains it all...
open fit hearing aid + beads=awesome.
I'll try to get a family memeber to get better pictures tomorrow. I took this myself...
While the traditional protein digestion method (right) can take several hours , the pressurized process developed by PNNL and PressureBioSciences (left) takes just a few minutes.
Terms of Use: Our images are freely and publicly available for use with the credit line, "Courtesy of Pacific Northwest National Laboratory." Please use provided caption information for use in appropriate context.
Evaluation of plant growth by an FAO technician
Photo credit must be given: ©FAO Chad country Team. Editorial use only. Copyright FAO
today I changed out domes and microtubes - the batteries made it in the picture b/c the were in the bag with all my hearing aid supplies as were my hearing aid cases (the phonak boxes)
This is what they look like in...and this very, very close up!
They are an open fit microBTE (phonak versata micro)
I was having trouble with my microtubes staying put till I switched to a longer dome (5mm Long) - I think the micro tubes were the right size (1b) but were just not going quite deep enough into the canal to stay put. Now I'm having zero trouble.
I lost my hearing due to meningococcal meningitis, which I had as an infant.
I recently found out I have lost some of my hearing and need hearing aids in both ears. Please don't tell me your sorry!!!!!! I'm jumping for joy because I can finally hear again. This really is a good thing! I got them and right away began wearing them about 11hrs a day - that's how much I love them! I know don't know what I'd do without them.
I have a notch in my hearing a 2000Hz due to meningococcal meningitis, which I had as an infant.
I recently found out I have lost some of my hearing and need hearing aids in both ears. Please don't tell me your sorry!!!!!! I'm jumping for joy because I can finally hear again. This really is a good thing! I got them and right away began wearing them about 11hrs a day - that's how much I love them! I know don't know what I'd do without them.
This is the remote to me hearing aids. It allows me to turn the volume up or down and I have programs for special settings like background noise.
I have a notch in my hearing a 2000Hz due to meningococcal meningitis, which I had as an infant.
Entry in category 3. Locations and instruments; © CC-BY-NC-ND: Anthony Guihur
What is the tool found in every biology laboratory in the world? The microtube (Eppendorf) ! Whether it contains water, DNA, RNA, proteins, or any other substance, this tool follows the researcher's daily life.
It can be found in different sizes but it is the 1.5mL version that is the most common and used.
Here the idea was to “pop”-ularize this tool.
This is a much clearer picture of what an open fit hearing aid looks with a microtube in the ear - barely noticeable.
Students Erica Soboslay and Cristina Castillo Share a Smile as They Examine Their Microtube DNA Samples in the GCC Biotechnology Lab
Details of the microtube installation for drip irrigation
Photo credit must be given: ©FAO Chad country Team. Editorial use only. Copyright FAO
Serie "Paseos por La Cartuja"
La esfera bioclimática de la Expo, popularmente conocida como "La Bola", fue uno de los elementos más simbólicos de la misma, y también una de sus grandes innovaciones: gracias a un ingenioso sistema de microtubos que lanzaban al ambiente vapor de agua, conseguía reducir ligeramente (apenas un par de grados o tres) la temperatura a su alrededor, y con ello dar una sensación de frescor y alivio en el tórrido verano sevillano. El mismo sistema se sigue usando hoy día en numerosos veladores de la ciudad, a diferencia de su precursora, que permanece muda, oxidándose lentamente.
The bioclimatic sheere of Expo, popularly known as "La Bola" - "The Ball" - was one of the most symbolic elements of it, and also one of its major innovations: thanks to an ingenious system of microtubes throwing water vapor to environment, getting slightly lower (just a couple of degrees or three) the temperature around, and thus give a feeling of freshness and relief in the hot summer Seville. The same system is still used today in many of the city restaurants, unlike its predecessor, which remains silent, slowly rusting away.
Microtubes are placed close to plants in the field
Photo credit must be given: ©FAO Chad country Team. Editorial use only. Copyright FAO
The Food and Drug Administration (FDA) has approved a new platform developed by the Mayo Clinic's Center for Regenerative Medicine that can mass produce stem cells in a way never done before: bit.ly/2HlcHzz #fridayreads #stemcells #regenerativemedicine
An FAO technician explains how the technique works
Photo credit must be given: ©FAO Chad country Team. Editorial use only. Copyright FAO
• Expanded temperature range
• Fail-safe over-temperature protection
• Switchable turbo fan
• Digital microprocessor
• Eight interchangeable aluminum blocks accommodate PCR plates and tubes ranging from 0.2mL - 15mm.
• Fine-tune speed control
• Rapid heating and cooling
• Compact footprint
• Ideal for microbiology or hematology applications
• Corrosion resistant chamber
• Three shelf levels
• Door with large viewing area
• Pilot light to indicate heating
• Outstanding uniformity and accuracy
• Gasket door with large viewing area
• Wide selection of accessories
• Broad temperature range
• Adjustable shelves
• Large selection of accessories including 3 plate microplate hotel sized to accept 24 well plates
• Sticky mats
• Plastic clamps in 125, 250, 500 and 1L sizes
• Petri dish shelf capable of holding 60mm dishes
• Flexible Universal 30 x 30cm platform
• Shake and incubate samples simultaneously
• Complete with shaking racks for 15ml and 50ml conical tubes
• Intelligent, digital control
• Broad temperature and speed range
Inspired by the nanowire-in-microtube structure, Jian-guo Guan and colleagues proposed a facile and effective nonequilibrium heat-treatment approach combined with electrospinning for fabrication of maghemite (γ-Fe2O3) fiber-in-tube and tube-in-tube nanostructures. The precursor was composed of PVP and iron citrate. Fig. 5.21 shows SEM images and corresponding TEM images of as-obtained γ-Fe2O3 fiber-in-tube and tube-in-tube fibers. The figure reveals that the tips of the inner structures are totally separated from the outer tube, and the inner and outer tubes have a closed end. The resultant γ-Fe2O3 fiber-in-tube and tube-in-tube nanostructures may have important applications in a number of fields, such as magnetic separable catalysts or catalyst-supporting materials, sensors, absorbents, microreactors, and so forth, because of their structural characteristics and good magnetic properties. This method can intentionally control the contraction direction of the precursor nanofibers during the heat-treatment process by adjusting only heating rate (R) of the calcination, as R can be easily utilized to tune the temperature gradient established in
• Cold room for sub-ambient applications
• Adjustable Shaking speed and acceleration rates
• Acceleration can be set to three different levels
• Controls all parameters, temperature and timed operation