Propositional logic and simple predicate assignments Home assignment 2 : Margus Martsepp Advanced Course of Applied Logics ( ITV0081 ) Overview Setting up · zChaff · glucose · BerkMin Collecting problemset · trivial problem · benchmark Using problemset zChaff Installing compiler $ sudo apt-get install build-essential zchaff {download, unarhive, make executable} $ wget http://www.princeton.edu/~chaff/zchaff/zchaff.2008.10.12.zip $ unzip zchaff.2008.10.12.zip $ cd zchaff /zchaff$ make glucose (Re)installing zlib $ sudo apt-get install --reinstall zlibc zlib1g zlib1g-dev glucose {download, unarhive, make executable} $ wget https://www.lri
Report Individual Sugars, Soluble, and Insoluble Dietary Fiber Contents of 70 High Consumption Foods. Introduction Glucose is a simple sugar and an important carbohydrate in biology. Glucose is one of the main products of photosynthesis and it also starts cellular respiration. But do you know how many saccharide our food contains? Main body At the beginning different products were analyzed such as baked products, cereal grains and pasta, fruits, legumes and vegetables were purchased for analysis. This kind of method is named sampling. One of the important methods of analysis is sample preparation. Non-edible parts of fruits
Exercise Physiology Anaerobic Energy Systems Anaerobic Pathways · Anaerobic Glycolysis (lactate system) 10 s to 2 minutes. · ATP-PCr (phosphate system) Less than 10 s · 200 m Sprint (50-100 m Sprint swimming) Men's WR:19.32 s - Michael Johnson (37.3 km/h) Women's WR: 21.34s - Flo Griffith-Joyner (34 km/h · Energy system: The lactate system · Fuel: Carbohydrate only Anaerobic Glycolysis · Breakdown of glucose or glycogen via special glycolytic enzymes. · First glucose or glycogen must be converted to Glucose 6-phosphate. Glucose to glucose 6-phosphate costs 1 ATP · Glycolysis produces pyruvic acid, without oxygen pyruvic acid is converted to lactic acid. · Net gain 3 moles of ATP (glucose = 2 ATP) Anaerobic Glycolysis · Reserve fuel activated when a person accelerates during race, during the last 200 m of a mile run, or performs a 400 m run or 100 m swim.
Sugar love 11.class Causes of obesity Surfeit Unhealthy food Lack of exercises Excessive eating sweet Mosques of marzipan The beginning, on the island of New Guinea, where sugarcane was domesticated some 10.000 years ago People picked cane and ate it raw It is used medically The problem with fructose The glucose in sugar is metabolized throughout the body The resulting risks: Obesity Hypertension Insulin resistance Type 2 diabetes Candy Particularly to Americans, who spent 32 billion on sweets Formerly a luxury item for the rich The world itself comes from candy: Arabic for a sugar confection The culprit As far back as 1675, when western Europe was experiencing its first sugar boom
Slide 2 Starch is important carbohydrate in human diet containing in potatoes, maize, rice, cassava. It is produced by most green plants as energy source. Pure starch is a white, tasteless and odorless powder that is insoluble in cold water or alcohol. It consists of two types of molecules: the linear and helical amylose and the branched amylopectin. Depending on the plant, starch generally contains 20 to 25% amylose and 75 to 80% amylopectin by weight. Glycogen, the glucose store of animals, is a more highly branched version of amylopectin. In industry, starch is converted into sugars, for example by malting, and fermented to produce ethanol in the manufacture of beer, whisky and biofuel. It is processed to produce many of the sugars used in processed foods. The biggest industrial non-food use of starch is as an adhesive in the papermaking process. Starch can be applied to parts of some garments before ironing, to stiffen them. Mixing most starches in warm
18 stimulant. 19 Caffeine is believed to work by blocking adenosine receptors in the brain and other organs. This 20 reduces the ability of adenosine to bind to the receptors, which would slow down cellular 21 activity. The stimulated nerve cells release the hormone epinephrine (adrenaline), which 22 increases heart rate, blood pressure, and blood flow to muscles, decreases blood flow to the skin 23 and organs, and causes the liver to release glucose. Caffeine also increases levels of the 24 neurotransmitter dopamine. 25 Part of the reason caffeine is classified by the Food and Drug Administration as generally 26 recognized as safe is that toxic doses (over 1000 mg for an average adult) are much higher than 27 typically used doses. Ordinary consumption has low health risks, even when carried on for 28 years there may be a modest protective effect against some diseases, including Parkinson's
· Keine Lactose -> Repressor an Operator gebunden (Operator = ein bestimmtes DNA-Abschnitt) und blockiert die Transkription der Gene des Lactosestoffwechsels · Effektor dringt ein -> die Lactosemoleküle lagern an den Repressor an Repressor ändert Raumstruktur, löst sich von der DNA ab und inaktiviert · RNA-Polymerase transkribiert die Gene des Lactosestoffwechsels · Transkribierten Enzyme spalten die Lactose in Glucose und Galactose -> werden im Stoffwechsel weiterverwertet Operator + die von ihnen kontrollierten Gene = Operon (Funktionseinheit) Endprodukt-REPRESSION · Negative Rückkopplung bewirkt · Ein inaktives Repressorprotein wird erzeugt -> in · m-RNA transkribiert, diese dann translatiert · Tryptophankonzentration steigt in der Zelle an, bis Tryptophanmolekül mit Repressorprotein in Kontakt kommt und bindet
on account of-tõttu fond of-kiindunud muscle pain/muscular pain/cramp-lihasvalu,-kramp nose bleed-ninaverejooks travel sickness-merehaigus heart disease-südamehaigus splitting headache-äge peavalu sore throat-kurguvalu high temperature-kõrge temperatuur food poisoning-toidumürgitus physical vs psychological-füüsiline või psühholoogiline hormones-hormoonid anxious-murelik fatigue-väsimus ulcers-haavandid viral infections-viiruseinfektsioon circulate-ringlema digestive system-seedetrakt glucose-glükoos bloodstream-vereringe deprive of sleep/insomnia/overtired-unetus,-üleväsinud in tune with/in harmony with/synchronize-harmoonias,-sünkroonias asthma-astma flu-gripp acne-akne heat stroke-kuumarabandus hay fever-heinanohu black eye-sinisilm sprained wrist- nikastanud ranne pulled muscle-lihase streaming cold-külm implant-implantaat deaf-kurt Character adjectives: Optimistic-optimistlik Ambitious-ambitsioonikas sociable-seltskondlik sensitive-tundlik cheerful-rõõmsameelne
My Breakfast It is not a secret to anybody nowadays that our meals influence our health as well as our mood. Breakfast remains essential to a healthy lifestyle; it replenishes person's supply of glucose and provides other essential nutrients to keep your energy levels up throughout the day. That's why I consider breakfast to be the most important meal in the day as it is the first our meal in the morning and it can put us in good spirits for the whole day. Now I shall tell you about my own breakfast. In the morning I usually have porridge or corn flakes. Sometimes I start my breakfast with a cereal which is not cooked, it is something dry, ready to be eaten or muesli some grain or
values associated with lipid metabolism and cholesterol. Diuretics may affect sodium and potassium values. Cephalosporins may cause spurious serum creatinine levels. Corticosteroids and most all chemotherapy drugs severely decrease lymphocyte levels. Lipemia may decrease sodium levels, depending on the testing method used. Corticosteroids may increase alkaline phosphatase levels. If blood samples are not processed quickly after being drawn, glucose levels will often be artificially lowered. In general, if test results do not correlate with clinical findings or expected results, the veterinarian should view the results with suspicion and consider repeating them for confirmation. Patient preparation The preparation of the patient is important for certain tests. For example, a fasting state is needed for optimal glucose and triglyceride measurements. Controlled conditions are frequently needed for endocrinology testing
NADPH ja sünteesitakse pentoos-suhkruid (5C). PF rajal on kaks eristatavat faasi: • esimene on oküdatiivne faas, kus toodetakse NADPH • teine on mitte-oksüdatiivne, kus sünteesitakse erinevaid 5-süsinikulisi suhkruid. See rada on ka alternatiiv glükolüüsile. Kuna PF rada hõlmab endas glükoosi oksüdeerimist, on tema primaarne roll pigem anaboolne kui kataboolne Oksüdatiivne rada Üldine reaktsioon: Glucose 6-phosphate + 2 NADP+ + H2O → ribulose 5-phosphate + 2 NADPH + 2 H+ + CO2 Mitte-oksüdatiivne rada uurea tsükkel 9. loeng Uurea tsükkel . tsütosoolis, mitokondris Aminohapete aminorühmad muudetakse karbamiidiks ehk uureaks (NH2CONH2) maksas ja väljutatakse sellisel kujul neerude abil. Kolmandas tsüklis – aldimiin -> quinonoid intermediate + h+ (kinoidne intermediaalne) transaminaasid Aminohapete koosseisust kantakse lämmastik glutamaadi koosseisu
Short and long term effects of alcohol Good morning. My name is NIMI. I'm going to talk about short and long term effects of alcohol consumption. Firstly I'll tell you about short term effects and then move on to long term effects. My presentation will take about 5 minutes. If you have any questions, you are welcome to ask them afterwards. Firstly I would focus on the short term effects of alcohol consumption. The amount and circumstances of alcohol consumption play a large part in determining the extent of intoxication; for instance, consuming alcohol after a heavy meal causes alcohol to absorb more slowly. Hydration also plays a role as for determining the extent of hangovers. Initially, alcohol produces feelings of relaxation and cheerfulness, but as a result of further consumption blurred vision and coordination problems generally occure. As far as cell membranes are concerned they are highly permeable to alcohol, once alcohol is ...
The left one is specialised in speech, language and writing. The right hemisphere is specialised in spatial abilities, face recognition and some aspects of music perception and production. CEREBROSPINAL FLUID (CSF) – A liquid which is found in the ventricles of the brain and the canal of the spinal cord. It collects products of neuronal and glial metabolic activity. CHEMORECEPTORS – Sensory neurones which respond to chemical stimuli (e.g. glucose concentration in blood). CONCENTRATION GRADIENT – A difference in the concentration of a particular substance between two compartments. CONE – A receptor cell located in the retina at the back of the eye. It is sensitive to colour. CONTRALATERAL – Structures located on opposite side of the midline. CORPUS CALLOSUM – The large bundle of nerve fibres connecting the left and right hemispheres of the brain. CORTISOL – A hormone* produced in the adrenal cortex*
mis näiavad hapniku manustamis vajadust (Ackley 2008: 388). 7. Dieet vastavalt toidutaluvusele - Hingamisraskusega patsiendile soobib toituda 5-6 väikeste portsioonidega kogu päeva jooksul (Corbridge 2012: 55). 8. Sol. Glükoosi I/V 50 ml/hr 500,0.- glükoos on füsioloogilistes tingimustes kõige tähtsam energiaga varustav süsivesik energiaväärtusega. Sellega saaks täiendada patsiendi kaloraazi vajadus ning tõsta üldist enesetunnet. (Glucose 5%... 2006). 13 6. DOOSI ARVUTAMINE Pakkutakse kaht arvutamise viisi: 1) Kätte saadav doos: Sol. Heparini 5000 IU /ml, i/v, s/c. Viaalis on 1 ml. Soovitud doos: 4000 IU x2 s/c. Doosi arvutamise baasvalem väljendub järgmiselt (Miller-Willson 2013: 1) : (D : H) * V= Doos, D - soovitav kogus H - kättesaadav kogus V - kättesaadava ravimi math (4000 IU : 5000 IU) * 1 ml = 0,8 *1 = 0,8 ml ühekordne doos. 2) Proportsioon.
45. (calcium ions/Ca ) released from sarcoplasmic reticulum; bind to troponin; troponin changes shape; troponin/tropomyosin, moves; myosin binding site exposed; myosin head binds (to actin); 3 max [3] 46. (Alzheimer’s) 1 reduced uptake of isotope/less positrons emitted/less glucose in brain 2 cells; 3 reduced blood flow; 4 reduced brain activity; 5 reduced respiration in cells; AVP; e.g. parts of brain accept reverse argument for all points 3 max [3] 47. (i) control explained/AW; R control without explanationf 1
7 elutähtsat mikroelementi: KROOM (Сг) Kroomi tähtsaim bioloogiline roll seisneb süsivesikute ainevahetuse ja vere glükoosi taseme reguleerimises, kuna kroom on madalmolekulaarse orgaanilise kompleksi - glükoosi tolerantsusfaktor (Glucose Tolerance Factor, GTF) koostises tähtsal kohal. Ta normaliseerib rakumembraanide läbilaskvust glükoosile ja tema omastatavusprotsesse rakkudes. Samuti on tal tähtis roll glükoosi deponeerimises ja selles plaanis teeb kroom insuliiniga suurt koostööd. Oletatavasti moodustavad nad koostöös kompleksi, mis reguleerib veres glükoosi taset. Kroom suurendab raku retseptorite tundlikkust insuliini suhtes, kergendades nende koostoimimist ja vähendades organismi vajadust insuliini järele
starch synthesis in the chloroplasts. 86. Miks keskpäeval toimub fotosünteesivates rakkudes ümberlülitus sahharoosi sünteesilt tärklise sünteesile Tärklise süntees vajab ATP-d ja selle ahela tähtsaim ensüüm ADP glükoosi pürofosforülaas on allosteeriliselt aktiveeritav PGA, F6P ja trioosfosfaatide poolt. Plants produce starch by first converting glucose 1-phosphate to ADP-glucose using the enzyme glucose-1-phosphate adenylyltransferase. This step requires energy in the form of ATP. The enzyme starch synthase then adds the ADP-glucose via a 1,4-alpha glycosidic bond to a growing chain of glucose residues, liberating ADP and creating amylose. By contrast, starch synthesis occurs within chloroplasts. The first step is a condensation of glucose-1-phosphate withATP. Starch synthesis requires withdrawal of hexose-P from the mesophyll cellular pool
Käroli Linder puhastusvahendid Ecoveri pinnapuhastusvahend kõikidele pindadele Puhastab ka rasvase ja tugevalt määrdunud pinna. Ainult taimsed ja mineraalsed koostisained, täielikult biolagunev. Kasutamine: pihustage määrdunud pinnale, laske mõjuda, seejärel pühkige pind puhtaks niiske lapiga. Koostis: Aqua, Alcohol, Capryl Glucoside, Candida Bombicola/Glucose/Methyl Rapeseedate Ferment, Sodium Citrate, Lactic Acid, Parfum Universaalne Cif power cream Tõhusalt mõjuv pihustatav puhastusvahend, mis ühendab koospihustamisel Cif creami erakortselt efektiivne puhastusvõime ja tugeva valgendajaga. Vahendi universaalne, äärmiselt efektiivne koostis eemaldab ka kõige kõvema mustuse koduses majapidamises. Kasutusjuhend: kanda märja lapiga pindadele. Pühkige lihtsalt üle ja loputage. Ärritab silmi ja nahka
acetylcholine. Acetylcholine is one of many chemicals called neurotransmitters that carry messages between brain cells. Neurons have special spaces called receptors, into which specific neurotransmitters can fit, like a key fitting into a lock. Nicotine locks into acetylcholine receptors in different parts of the brain, rapidly causing changes in the body and brain. Nicotine raises the heart rate and respiration (breathing) rate, and causes more glucose, or blood sugar, to be released into the blood. This might be why smokers feel more alert after smoking a cigarette. Nicotine also attaches to neurons (brain cells) that release a neurotransmitter called dopamine. Nicotine stimulates neurons to release unusually large amounts of dopamine. Dopamine stimulates the brain's pleasure and reward circuit, a group of brain structures called the limbic system involved in appetite, learning, memory, and feelings of pleasure. Normally,
LOOMAFÜSIOLOOGIA EKSAM 1. Lihtsa eluka närvisüsteem (selgrootutel) Madalamatel loomadel on närvisüsteem esindatud üksteisest eraldatud närvirakkude sünapside abil seotud võrguga. (meritäht, lameuss, meriroosiline) Neuronite kehad koores ja närvikiud ning sünapsid tuumas. Käsnad – puudub närvisüsteem pea täielikult. Neil pole üldse neuroneid, vaid mõned rakud talitlevad neuronitena. Ainuõõssetel ns algeline. Üle looma kogu keha paiknevad hajusalt närvirakud, mis oma pikkade jätketega moodustavad närvivõrgustiku. Rõngusside lihtne ns koosneb närvitänkudest, mis jätkeid pidi ühinedes moodustavad kõhtmise närviketi. Ümarusside piki keha kulgevad närvitüved, mida ühendavad rõngasjalt paiknevad närvikiud; närvitänkude süsteem (looma algeline aju). Õisloomadel hulk neuroneid, mis suudavad üsna kiiresti infot juhtida. Kammloomadel on iga kammplaati kontrollivad rütmikeskused. Lameussidel bilateraalsümmeetrilise ajuga närvisüsteem, neil 2 närv...
to cure-driven research, including the excellent work of St. Jude Children's Research Hospital. LIST OF ILLUSTRATIONS GROUND ZERO--GETTING STARTED AND SWARAJ Comparison of Methods for Estimating % Bodyfat Male Examples--Bodyfat Female Examples--Bodyfat Ramit Sethi's Betting Chart Weight Glide Path SUBTRACTING FAT Comparison of Dietary Fats and Oils Air Squats Wall Presses Chest Pulls Ray Cornise's Fat-Loss Spreadsheet Continuous Glucose Monitor Glucose Trend: Ferriss, Tim Modal Day: Ferriss, Tim Glucose Trend, September 25 Glucose Trend, September 26 Testosterone and Nandrolone ADDING MUSCLE The Kettlebell Swing Touch-and-Go Deadlifts Two-Legged Glute Activation Raises Flying Dog The Myotatic Crunch Abdominal Muscles Cat Vomit Exercise Front Plank Side Plank Hip Flexor Stretch Alpha-Actinin 3 (ACTN3) Time Ferriss, Before-and-After Shots Pull-down Machine Shoulder Press The Locked Position
saa tuletada reaktsiooni stöhhiomeetriaga. Reakstioon aA+bB=dD+eE ei ütle meile palju reakstiooni mehhanismist. Kõige lihtsam näite on 1.22 A+B A---B C + B Kompleks reaktsioon kooseb vähemalt kahest osast. Eksponentsiaalne kiiruse võrrand ja stöhhiomeetrilise koefitsendi võrrandid ei sobi. C12H22O11 + H2O C6H12O6 + C6H12O6 (1.23) Sucrose Glucose Fructose r = k[C12H22O11]. r = k' [C12H22O11] [H2O]v. k = k´H2Ov The number of molecules which react in an elementary step is called the molecularity of the elementary reaction. Molecularity is defined only for elementary reactions and should not be used to describe overall reactions that consist of more than one elementary step. In fact the only elementary reaction which exists is the bimolecular one. However, all the types of reactions given below are considered to be elementary
drugs have been developed stimulating or blocking certain neurotransmitters. Psychologists however, consider the role of neurotransmitters on behavior, but do not solely rely on it to explain behavior. Brain technology has developed rapidly during the past century and is now used extensively in neuropsychology because it provides an opportunity to study the active brain. EEG Prints out brainwaves, registers patterns of voltage change in the brain. PET scan monitors radioactive glucose metabolism in brain. Produces colored maps of brain activity. Can record ongoing activity. fMRI provides 3D pictures of the brain structures, using magnetic fields and radio waves. It shows actual brain activity and has a higher resolution that PET scans. Experiments with animals are still used a lot because this enables psychologists to study specific biological correlates of behavior using invasive techniques (removing or scarring brain tissue).
keskseks keskuseks. Ee on sellepärast, et suurem osa imendunud toitainetest saadud energia ja molekulid oksüdeeruvad seal ja selle ühendid kasutatakse ära erinevates biosünteesi radade jaoks. Igaksjuhuks inglise keeles: In addition to the supply of energy from the fuel molecules, the citric acid cycle has other important functions. Thus, some of the citric acid cycle are intermediates for other important reactions like the biosynthesis of glucose, fatty acids and amino acids. Due to the many functions of the citric acid cycle is also considered to be the "central hub of metabolism". This is because, as most of the absorbed nutrients, the fuel molecules are oxidized ultimately within the Krebs Cycke and its intermediates are used for various biosynthetic pathways. Figuratively, one can look at the citric acid cycle as a " roundabout" introduce, in which the nutrients (carbohydrates, fatty acids
percentage of muscle tissue, making up about 1% of the total muscle weight (range of 0.5– teins) that include proteins involved in cel- 1.5%). The carbohydrate that makes up the lular signaling processes and enzymes largest percentage is glycogen. Other carbo- important in metabolism and protein degra- hydrates include glucose, intermediates of dation/cellular remodeling. glycogen metabolism, and other mono- and The lipid content of the muscle can vary disaccharides. Glycosoaminoglycans are also greatly due to many factors, including animal found in muscle and are associated with the age, nutritional level of the animal, and connective tissue. muscle type. It is important to note that the There are numerous non-protein nitroge-
then produces glucocorticoids such as corticosterone and cortisol (Figure 3) which have important metabolic and immunological effects (Arzt, 2001; Hoffman-Goetz & Pederson, 1994; Fitzgerald, 1998). Emotion regulation in relation.. 1 Figure 3. The Hypothalamic-Pituitary-Adrenocortical Axis (HPA) Cortisol has been widely used in psychology to measure stress. Cortisol has metabolic effects on liver glucose sythnesis, breakdown of skeletal muscle protein to amino acids and in adipose tissue mobilizes fat. It can also have anti-inflammatory and immunosuppressive actions depending on concentration (Rhoades & Pflanzer, 1989). Most of these physiological effects prepare the body for hostile conditions. Cells of the immune system respond to stress or injury in many of ways (Benoy & Heels, 1998; Mayer & Watkins, 1998; Brines et al, 1996). They secrete a number of
kasutada energia allikana maksa, neerude ja südame poolt 16 Piimhapet on võimalik muuta tagasi püruvaadiks, glükoosiks ja glükogeeniks 60-120 sekundit maksa poolt – Aeroobne hingamine Vajab hapnikut ja lammutab gäükoosi, et moodustada ATP, süsihappegaasi ja vett Palju efektiivsem võrreldes anaeroobsega Glucose + O2 → CO2 + H2O + ATP Aeroobne hingamine toimub mitokondrites - vajab O2 Terve ahela reaktsioonide kaudu glükoos lammutatakse täielikult ja moodustatakse suurel hulgal ATP Silelihasrakkud – ühe tuumaga, diameter: 2-10 mikromeetrit ja pikkus 50-400 mikromeetrit. Puudub troponiin (Ca-ioone siduv valk, mis on iseloomulik vöötlihastele). Selle asemel on kalmoduliin. (loeng, lk 59) 1) Spontaanaktiivsuseta e mitmik-üksus a
9.2. . Süsivesikute imendumine Süsivesikud saavad imenduda ainult monosahhariididena, nende lõplik hüdrolüüs toimub hariäärise oligosahharidaaside toimel. Oligosahharidaase on rohkem tühisooles, vähem duodeenumis, iileumis. Hüdrolüütilise lõhustumise lõpp-produktid on glükoos, galaktoos ja fruktoos. Glükoos, mannoos ja galaktoos resorbeeritakse läbi valendikupoolse hariäärise membraani aktiivselt sümpordis Na+-ga. Transporteriks on seejuures SGLT1 (sodium glucose transport protein 1). SGLT1 transpordib korraga 2 Na+ iooni ja 1 glükoosi või galaktoosi. Fruktoos imendub läbi sama membraani passiivselt kergendatud difusioonil transporteri GLUT 5 abil kontsentatsiooni gradiendi tõttu. GLUT5 paikneb ainult sole hariäärisel ning teised suhkrud teda ei blokeeri. Kui glükoosi ja galaktoosikontsentratsioonid soolevalendikus on väga suured (pärast süsivesikuterikka toidu seedimist), toimub ka nende transport passiivselt. Teise, so
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