The pentose phosphate cycle has an oxidative and a nonoxidative sect.pdf

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The pentose phosphate cycle has an oxidative and a nonoxidative section and these are presented as both playing important metabolic roles, rather than a coupled role with a single function. How are the metabolic roles of these two parts of the pathway different from each other? Explain in terms of biochemistry Solution Answer= Function of oxidative and non-oxidative phases of pentose phosphate pathway Oxidative phase= produces NADPH = it serves as a source of electrons for the reduction of molecules during biosynthesis Nonoxidative phase=1] synthesizes 3 & 4 carbon sugars for various purposes 2] The 4 carbon sugar erythrose 4 phosphate is used to synthesize aromatic amino acids & vitamin B6 3] The pentose ribose 5-phosphate is a major component of nucleic acids, and ribulose 1,5- bisphosphate is the primary CO2 acceptor in photosynthesis. 4] Intermediates in the pentose phosphate pathway may be used to produce ATP. 5] Glyceraldehyde 3-phosphate from the pathway can enter three-carbon stage of the glycolytic pathway and be converted to ATP and pyruvate..

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Write the Java source code necessary to build a solution for EITHER of the following problem: Program A (Check password) Some websites impose certain rules for passwords. Write a method that checks whether a string is a valid password. Suppose the password rules are as follows: A password must have at least eight characters. A password consists of only letters and digits. A password must contain at least two digits. Write a program that prompts the user to enter a password and displays Valid Password if the rules are followed or Invalid Password otherwise. Program B (Count the letters in a string ) Write a method that counts the number of letters in a string using the following header: public static int countLetters(String s) Write a test program that prompts the user to enter a string and displays the number of letters in the string , not counting numbers, spaces, or symbols. Solution Program A: import java.util.Scanner; class PasswordValidity { public static void main(String[] args) { Scanner scanner = new Scanner(System.in); boolean size; boolean special; boolean digit; int count = 0; System.out.println(\"Enter password:\"); String password = scanner.nextLine(); size = false; special = false; digit = false; int length = password.length(); count=0; int digitLen=0; while (count < length) { char ch = password.charAt(count); if (length >= 8) { size = true; } if (!Character.isLetterOrDigit(ch)) { special = true; } if (Character.isDigit(ch)) { digitLen++; digit = true; } count++; } if (size && !special && digit && digitLen>=2) { System.out.println(\" Valid Password\"); } else { System.out.println(\"Invalid Password\"); } } } Program B: import java.util.Scanner; class LetterCount { public static void main(String[] args) { Scanner scanner = new Scanner(System.in); //String str; System.out.println(\"Enter String:\"); String str= scanner.nextLine(); int res=countLetters(str); System.out.println(\"Count: \"+res); } public static int countLetters(String s) { int length=s.length(); int count=0,c=0; while(count.

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Which type of protein does DNA wrap around so that it can be packaged in a cell? 1) spliceosome proteins 2)histones 3)ribosomal proteins 4)DNA polymerase 5)topoisomerase Solution Each chromosome consists of one continuous thread-like molecule of DNA coiled tightly around proteins, and contains a portion of the 6,400,000,000 basepairs (DNA building blocks) that make up your DNA. The double helix of DNA is highly negatively charged due to all the negatively charged phosphates in the backbone. All that negative charge must be counterbalanced by a positive charge, and the cell makes proteins called histones that bind DNA and aid in DNA\'s packaging. Histones are positively charged proteins that wrap up DNA through interactions between their positive charges and the negative charges of DNA. Double-stranded DNA loops around 8 histones twice, forming the nucleosome, which is the building block of chromatin packaging. Nucleosomes stack up against one another in organized arrays with multiple levels of packing. The first level of packing is thought to produce a fiber about 30 nanometers (nm) wide. These 30 nm fibers then form a series of loops, which fold back on themselves for additional compacting. The multiple levels of packing that exist within eukaryotic chromosomes not only permit a large amount of DNA to occupy a very small space, but they also serve several functional roles..

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Why is the death of Socrates important? How did it underscore or undermine his theories about morality and virtue? Solution The trial and death sentence Socrates is a crucial milestone in the history of philosophy. Socrates exemplifies the person who lives in a manner consistent with their beliefs, regardless of the consequences, in order to defend their convictions, represents an idealistic character who would not mind dying so as not to give in to his principles. This event is an icon of virtue, and quecon his death and how he endured, philosophical thought going to focus on nature, to think of human beings, far from silence their ideas, they harnessed for centuries and gave a titanic epic sieve. And philosophy was still something ethereal, now is something relevant for any human being, the debate about good and evil would not only thinkers but an ethical obligation to anyone, and also a matter of public interest..

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