देशभक्ति देख्नेहरुले,
अलिकति, दौराको फेरमा अल्झिएको देखे,
अलिकति, हिमालको टुप्पोमा टल्किएको देखे,
अलिकति, स्वयम्भूको आँखामा चम्किएको देखे,
अलिकति, नेताको भाषणमा पस्किएको देखे,
देख्नेहरुले,
मान्छेको मनभित्र सल्किएको पनि देखे !
देशभक्ति;
खै म कहाँ गएर भेटुँ,
छातीभित्र हुन्छ भन्छन्,
खै म कहाँ गएर देखुँ ।
देशभक्ति ;
खुकुरीको धारसँगै चम्किएको थियो रे कुनैबेला,
वीरहरूको गर्जनसँगै गर्जिएको थियो रे कुनैबेला,
He was a unique manager because he had several waiters who had followed him around from restaurant to restaurant. The reason the waiters followed Jerry was because of his attitude. He was a natural motivator. If an employee was having a bad day, Jerry was there telling the employee how to look on the positive side of the situation.
Seeing this style really made me curious, so one day I went up to Jerry and asked him, "I don't get it! You can't be a positive person all of the time. How do you do it?"
Jerry replied, "Each morning I wake up and say to myself, Jerry, you have two choices today. You can choose to be in a good mood or you can choose to be in a bad mood.' I choose to be in a good mood. Each time something bad happens, I can choose to be a victim or I can choose to learn from it. I choose to learn from it. Every time someone comes to me complaining, I can choose to accept their complaining or I can point out the positive side of life. I choose the positive side of life."
"Yeah, right, it's not that easy," I protested.
Did you know….
1. DNA stands for deoxyribonucleic acid.
2. DNA is part of our definition of a living organism.
3. DNA is found in all living things.
4. DNA was first isolated in 1869 by Friedrich Miescher.
5. James Watson and Francis Crick figured out the structure of DNA.
6. DNA is a double helix.
7. The structure of DNA can be likened to a twisted ladder.
8. The rungs of the ladder are made up of “bases”
9. Adenine (A) is a base.
10. Thymine (T) is a base.
11. Cytosine (C) is a base
12. Guanine (G) is a base.
13. A always pairs with T in DNA.
14. C also pairs with G in DNA.
15. The amount of A is equal to the amount of T, same for C and G.
16. A+T = T+G
17. Hydrogen bonds hold the bases together.
18. The sides of the DNA ladder is made of sugars and phosphate atoms.
19. Bases attached to a sugar; this complex is called a nucleoside.
20. Sugar + phosphate + base = nucleotide.
21. The DNA ladder usually twists to the right.
22. There are many conformations of DNA: A-DNA, B-DNA, and Z-DNA are the only ones found
in nature.
23. Every single cell in our body has DNA.
24. DNA is the “blueprint” of life.
25. Chromosomal or nuclear DNA is DNA found in the nucleus of cells.
26. Humans have 46 chromosomes.
27. Autosomal DNA is part of chromosomal DNA but does not include the two sex chromsomes -
X and Y.
28. One chromosome can have as little as 50 million base pairs or as much as 250 million base
pairs.
29. Mitochondrial DNA (mtDNA) is found in the mitochondria.
30. mtDNA is only passed from the mother to the child because only eggs have mitochondria, not
sperm.
31. There’s a copy of our entire DNA sequence in every cell of our body with one exception.
32. Our entire DNA sequence is called a genome.
33.
Rosalind Franklin was born in London on 25th July 1920. She graduated in Chemistry and Physics in Newnham College in 1941.Rosalind Franklin (25th July 1920-16th april 1938) was invited to Kings College, London to study protein crystallography, which soon became oriented to DNA. The leader of the team assigned her to work on DNA with a graduate student Ray Ghosling. The laboratory's second-in-command, Maurice Wilkins, was on vacation, when he returned, their relationship muddled. He assumed she was to assist his work; she assumed she'd be the only one working on DNA. They had powerful personality differences as well: Franklin direct, quick, decisive, and Wilkins shy, speculative, and passive. This would play a role in the coming years as the race unfolded to find the structure of DNA.
The dark hair and eyes gave her the name Dark lady
Franklin used the X-ray Diffraction to capture DNA, a molecule too small to image using regular photography. She was able to take a photograph of DNA, the now famous photo of ’51. She extracted finer DNA fibers than ever before and arranged them in parallel bundles. All of these allowed her to discover crucial keys to DNA's structure. Wilkins shared her data, without her knowledge, with James Watson and Francis Crick, at Cambridge University, and they pulled ahead in the race, ultimately publishing the proposed structure of DNA in March, 1953. James Watson experienced the eureka moment when shown the photo. He recalls, “The instant I saw the picture my jaw fell open and my pulse began to race… the black cross of reflections which dominated the picture could arise only from a helical structure... mere inspection of the X-ray picture gave several of the vital helical parameters.”
