They discovered that, although 42 per cent of a sample of Catholic students and 15 per cent of the Protestants believed it important to live in accordance with the teachings of their religion, only 8 per cent of the Jewish students had this conviction.

They lay months away from the nearest Earth star by jump drive, and no one knew what they were good for, although it was felt that they would probably be good for something if it could only be discovered -- much like the continent of Antarctica in ancient history.

They were tried and executed one after the other until, when only one was still alive, the accounting error was discovered and that last surviving treasurer was acquitted.

They later discovered nearly all of the food they had been destroying was not being produced for guerrillas ; it was, in reality, only being grown to support the local civilian population.

They discovered two SF activities, one with a 1-2 ms half-life and one with a 5 s activity.

They held the first Burns supper on what they thought was his birthday on 29 January 1802, but in 1803 discovered from the Ayr parish records that the correct date was 25 January 1759, and since then suppers have been held on 25 January, Burns ' birthday.

They introduced precise observation and controlled experimentation into the field and discovered numerous chemical substances.

They discovered that such tools routinely blocked unobjectionable sites while also failing to block intended targets.

They discovered a greater amount of cultural diversity than they had ever imagined, and the question arose of how this vast amount of human cultural diversity could be compatible with the biblical account of Noah's descendants.

They interviewed Echols on May 7, two days after the bodies were discovered.

They were awakened when British sentries discovered them and began firing grapeshot at them from across the river.

They note that the discoverers of the two planets around HW Virginis tried to circumvent the naming problem by calling them " HW Vir 3 " and " HW Vir 4 ", i. e. the latter is the 4th object – stellar or planetary – discovered in the system.

They lived in caves and semi-subterranean dwellings, a few of which have been discovered and excavated revealing relics of early tools and pottery.

They discovered that Mary had rotting timbers, so they burned the ship.

) They discovered hieroglyphs written in red paint.

They used a cell-free system to translate a poly-uracil RNA sequence ( i. e., UUUUU ...) and discovered that the polypeptide that they had synthesized consisted of only the amino acid phenylalanine.

They were eventually discovered and prosecuted for stealing and damaging library books in May 1962.

They discovered that the real Lex Luthor is at large having been the one who mailed Lois the Red Kryptonite necklace and that the one in jail was a robotic duplicate.

They discovered that two round logs tied together don't roll, or capsize, as easily as a single log.

They secretly leave the ear of corn on the windowsill, where it is discovered by the parents, and return home on the Catbus.

They discovered a royal burial, its timbers recently dated as cut to about 740 BC complete with remains of the funeral feast and " the best collection of Iron Age drinking vessels ever uncovered ".

They have discovered melody, guitar solos and lyrics that are more than shouted political slogans.

They discovered that persuasion has little or no effect on advertisement ; however, there was a substantial effect of persuasion on voting if there was face-to-face contact.

They discovered the Mesolithic postholes dating from between 7000 and 8000 BC, as well as a length of a palisade ditch – a V-cut ditch into which timber posts had been inserted that remained there until they rotted away.

They are able to identify not only the key chemical reactions but also the transport processes which bring CFC photolysis products into contact with ozone.

They were: William Carter ( No. 2 ), John W. Hamilton ( No. 2 ), Percy J. Richards ( No. 2 ), Gordon C. Wilson ( No. 2 ), Albert D. Deleon ( CFC ), A. Seymour Tyler ( No. 2 ), Sydney M. Jones ( 106BN, The RCR ), Isaac Phills ( 85BN ), and John R. Pannill ( Merchant Navy ).

They are very important in computational chemistry for treating large molecules where the full Hartree – Fock method without the approximations is too expensive.

They impair cell function by forming covalent bonds with the amino, carboxyl, sulfhydryl, and phosphate groups in biologically important molecules.

They increase in size as they circulate through the bloodstream and incorporate more cholesterol and phospholipid molecules from cells and other lipoproteins, for example by the interaction with the ABCG1 transporter and the phospholipid transport protein ( PLTP ).

They have a good sense of smell and will move upstream in search of food such as dead fish, following the trail of scent molecules.

They are invaluable in providing a simple model of bonding in molecules, understood through molecular orbital theory.

They release signal molecules into their environment, by which they find each other and create swarms.

They can also be doped between the C < sub > 60 </ sub > molecules in the fullerene solid, rendering it superconductive at temperatures below 8 K. Samarium doping of iron-based superconductors – the most recent class of high-temperature superconductors – allows to enhance their transition temperature to 56 K, which is the highest value achieved so far in this series.

They can be classified into polar and non-polar, according to whether their molecules possess a permanent electric dipole moment.

They have demonstrated that it is possible to replicate not just molecules like cellular DNA or RNA, but discrete structures that could in principle assume many different shapes, have many different functional features, and be associated with many different types of chemical species.

They also trap various transmembrane receptor proteins, called cargo receptors, which in turn trap the cargo molecules.

They are G protein-coupled receptors ( GPCRs ) with similar signaling molecules that include G proteins beta-gamma, PLCb2 and PI3-mediated release of calcium ( Ca < sup > 2 +</ sup >) from intracellular stores.

They are polar molecules: the carbon to which the halogen is attached is slightly electropositive where the halogen is slightly electronegative.

They also act as tracks for the movement of myosin molecules that attach to the microfilament and " walk " along them.

They produce a variety of factors, including neurotrophins, and also transfer essential molecules across to axons.

They metabolise hexoses via the Embden – Meyerhof – Parnas ( EMP ) pathway to produce two molecules of lactic acid ( C < sub > 3 </ sub > H < sub > 6 </ sub > O < sub > 3 </ sub >), (> 85 %) but no carbon dioxide ( CO < sub > 2 </ sub >).

* They play a crucial role in the recognition of molecules and cells, they act, most notably, at the surface of cells to deliver biological messages.

They are fibers in which the chain molecules are highly oriented along the fiber axis, so the strength of the chemical bond can be exploited.

They are dominated by molecular radical cations M < sup >+.</ sup > and less often, protonated molecules.

They are developing a portable kit in which specially designed molecules emit a light signal when bound to bacteria.

They are also often used for a qualitative understanding of the structure and reactivity of molecules.

They form a layer around the oocyte and nourish them with small molecules, no macromolecules, but eventually their smaller precursor molecules, by gap junctions.

They can therefore act between molecules without permanent multipole moments.

They include molecules such as adenosine triphosphate ( ATP ), glycogen and creatine phosphate.