An un-cut DNA sample would appear as one thick, bright band at the base of the gel (it would be very long - and therefore not travel far).
The painted iron sample would likely have less corrosion compared to the unpainted iron sample due to the protective layer provided by the paint. The unpainted iron sample would be more prone to rusting and deterioration from exposure to the elements.
Amyloid fibrils are solidified protein fragments shaped like tubules in which they are formed. These fibrils are often associated with certain neurodegenerative diseases like Alzheimer's and Parkinson's.
Depending on where the died fragments start, the smallest parts end up way on the other side. The gel acts as a filter and the electrical current acts as... the current to push the fragments through the gel. Being that they're small... those fragments have an easier time getting through the gel. The bigger fragments are closer to where the fragments started cause they're big and have a harder time going through the gel. Eventually you should have like areas in the gel that look cool and CSI like, as if you were testing for DNA samples. Sadly that may not always happen, being as... well this is reality and not show biz. Good luck though on your next/first attempt.
Breccias and conglomerates are examples of sedimentary rocks composed of angular fragments. Breccias contain coarse fragments while conglomerates contain rounded fragments. They are formed through processes like compaction and cementation of sediments.
Rock fragments can be either round or jagged, depending on their origin and the processes they have undergone. Round fragments are typically produced by prolonged weathering and erosion, which smooths their edges as they are transported by water or wind. In contrast, jagged fragments often originate from processes like fracturing or breaking, where the rocks have not been subjected to extensive transport or erosion. The shape of the fragments provides insights into their geological history and the environmental conditions they experienced.
Physical weathering affects the size of a sample by breaking down rocks into smaller pieces through processes like frost wedging, exfoliation, and abrasion. These physical processes can reduce the size of the sample by breaking it into smaller fragments.
The markers are of a specific size (in numbers of base pairs). By comparing the rates of migration of the various markers with the rates of migration of the gene/genes you are separating, you can get an estimate of the size of the fragments you are interested in. They also let you know if you need more or less separation. If the smaller fragments run off of the gel, you'll know that you need to run if for a shorter time or with a smaller voltage.
No. Why would you think that? She looks just like her sister!
gel electrophoresis, a technique that uses an electric field to separate DNA fragments based on size. The smaller DNA fragments move faster through the gel, while larger fragments move more slowly. This allows researchers to determine the sizes of DNA fragments in a sample.
uh no, the only reason she is famous is because she is an American Indian radical, its like sayinbg would kim kardfashiAN Be getting attention if she wasnt a skank or would William shatner get attention if he wasnt an actor. it's what they do.
no one knows
Peat is a type of organic-rich soil made up of decomposing plant material, while mudstone is a fine-grained sedimentary rock made up of clay and silt particles. To distinguish between the two, you can perform tests like observing the color and texture of the samples, conducting a chemical analysis, and looking for specific plant fossils within the samples. The presence of distinct plant fragments in the mudstone may indicate its origin from peat deposits that underwent compaction and lithification.
it wasnt digital
Spinich wasnt it
It depends was it just sitting on the shelf unrapped or was there like a separate stand or something with the item andsomething eat it with i think if it was on the shelf no and if it had a seoerate stand or something yes probaly i wouldn't know i wasnt there
The sample with the lowest density would likely be the one that is the lightest for its volume. This can be achieved with materials like Styrofoam or a gas.
i dont know i wasnt there