w********9
发帖数: 8613 | 1 以下是第17001到第18000的word families的开头：
AARDVARK 0
AARDVARKS 0
ABBE 0
ABBé 0
ABIOTIC 0
ABSINTHE 0
ABSTEMIOUS 0
ABSTEMIOUSLY 0
ABSTEMIOUSNESS 0
ACCELEROMETER 0
ACCELEROMETERS 0
ACETAMINOPHEN 0
ACETYLENE 0
ACONITE 0
ACTUS 0
ADENINE 0
ADENINES 0
ADENOVIRUS 0
ADENOVIRAL 0
AEOLIAN 0
AGITPROP 0
AGNATE 0
AGNATES 0
AGNATIC 0
AHOLD 0
AIKIDO 0
AIOLI 0
ALANINE 0
ALCHEMILLA 0
ALLOPHONE 0
ALLOPHONES 0
ALLOPHONIC 0
ALTIPLANO 0
... 阅读全帖 |
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A******y
发帖数: 2041 | 2 Don't forget, cellular ATP source is from the adenine pool. Some cells has
90% of adenine in ATP normally. Therefore, how can you increase your ATP
level by 10-30 folds? How about you just do the ATP step? Did you check
your standard curve?
Also, if you have ATP increases, why your cells are died? |
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T**********e
发帖数: 29576 | 3 就是Nicotinamide adenine dinucleotide (NADH)嘛, 电子转移中介物, 吃进去糖和碳
水化合物, 一消化, NADH要多少有多少.
买这东西吃真是忽悠无极限啊. |
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g*********r
发帖数: 403 | 4 There are different forms: Nicotinamide Mononucleotide (NMN), Nicotinamide (
NMM), and Nicotinamide Riboside (NR). Their role is to increase NAD+ (an
oxidized form of nicotinamide adenine dinucleotide) in the cells. |
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d*b
发帖数: 4184 | 5 Leftist Lies Destroyed as Scientists Discover the Gene Which Causes Brain
Size and Intelligence
JULY 31, 2013 BY TNO STAFF— IN SCIENCE
Nearly 100 years of leftist lies and deception, which has claimed that
intelligence is not genetic, has been destroyed by the science of genetics.
According to a new study, just published in the University of California Los
Angeles (UCLA) newsroom, scientists have definitively found the genes which
control brain size and intelligence.
Even worse for liberals, ... 阅读全帖 |
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b*******9
发帖数: 13548 | 6 Nicotinamide adenine dinucleotide
烟酰胺腺嘌呤二核苷酸
ENADA NADH |
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z*********e
发帖数: 129 | 7 Key words:
glucose intolerance; high-fat diet; nicotinamide adenine dinucleotide; mouse
; sirtuin;
站内联系。
Send me your email which was registered with ELSEVIER. I will forward it to
the editor. if qualified, editor will invite you. |
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H********g
发帖数: 43926 | 8 Genes known to be contained on the Y chromosome[edit]
As of the year 2000, a number of genes were known to be Y-linked, including:
[3]
ASMTY (acetylserotonin methyltransferase),
TSPY (testis-specific protein),
IL3RAY (interleukin-3 receptor),
SRY (sex-determining region),
TDF (testis determining factor),
ZFY (zinc finger protein),
PRKY (protein kinase, Y-linked),
AMGL (amelogenin),
CSF2RY (granulocyte-macrophage, colony-stimulating factor receptor, alpha
subunit on the Y chromosome),
ANT3Y (aden... 阅读全帖 |
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B********e
发帖数: 19317 | 9 ===============side trip===============
http://evolution.berkeley.edu/evolibrary/article/side_0_0/reviewdna_01
Reviewing DNA
Your DNA contains a set of instructions for building a human. These
instructions are inscribed in the structure of the DNA molecule through a
genetic code. It works like this:
DNA is made of a long sequence of smaller units strung together. There are
four basic types of unit: A, T, G, and C. These letters represents the type
of base each unit carries: adenine, thymine, gua |
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c**c
发帖数: 2593 | 10 嗯，好像作者实际上实现起来比四个字母要复杂，用的是氨基酸序列。作者特地做了如
下说明：
To keep to 'the spirit of the genome', I did the conversion, not from the
bases (adenine, cytosine, thymine, guanine), but from the 'codons'--the sets
of three bases that code for an amino acid. There are 64 (4X4X4) possible
codons and only 20 amino acids. Amino acids then, are represented by a
variable number of codons--from six down to one. I associated those amino
acids with the highest number of codon representations with the most common
notes of t... 阅读全帖 |
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b*******s
发帖数: 954 | 11 Actually genes change all the time :P
Two examples:
(1) DNA mutates and is repaired in the body all the time.
http://www.ncbi.nlm.nih.gov/books/NBK7566/
"Instability of the human genome: mutation and DNA repair"
A couple quotes from this chapter:
"New mutations arise in single individuals, in somatic cells or in the
germline."
"DNA is also subject to significant spontaneous chemical attack in the
cell. For example, every day approximately 5000 adenines or guanines are
lost from the DNA of each n... 阅读全帖 |
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p*********n
发帖数: 556 | 12 什么意思？
如果你extract all adenine nucleotides, 应该能看到ATP，ADP, AMP，GDP, GTP,
GMP, IMP...跑个standard mixture就知道它们的retention time啦。 |
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B****w
发帖数: 48 | 13 由于杂志变更，DNA Sequence 变为Mitochondrial DNA，导致无法下载。请站友帮忙下载
Cloning, sequencing and salt induced expression of PEAMT and BADH in oilseed
rape (Brassica napus). DNA Seq. 2005, 16(5): 364-371. (IF: 0.6)
Identification and characterization of a novel adenine
phosphoribosyltransferase gene (ZmAPT2) from maize (Zea mays L.). DNA Seq.
2008, 19(3): 357-365.
请发至 b********[email protected] |
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l**********t
发帖数: 5754 | 14
Nucleotide codes
A Adenine
G Guanine
C Cytosine
T Thymine
U Uracil
R Purine (A or G)
Y Pyrimidine (C or T)
N Any nucleotide
W Weak (A or T)
S Strong (G or C)
M Amino (A or C)
K Keto (G or T)
B Not A (G or C or T)
H Not G (A or C or T)
D Not C (A or G or T)
V Not T (A or G or C) |
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n**e
发帖数: 574 | 15 2014年05月08日
《自然》(Nature)杂志网站上发表的这项研究是斯克里普斯研究院(Scripps Research
Institute)的科学家们开展的.该领域名为合成生物学(synthetic biology)，涉及为特
定目的创建生物系统，目前还处于萌芽状态。
斯克里普斯研究院的研究人员使用化学方法，生成了两个新的核苷酸，称为X和Y。他们
把一对XY导入常见的大肠杆菌中。结果细菌可以正常地复制，虽然速度比平常稍慢一点
，但确实可以像复制天然的核苷酸一样复制X和Y。文章提到，在15小时里，只完成了大
约24次复制。
因此，这个细菌的遗传密码有六个字母，而不是原来的四个，而细菌生成的新的蛋白质
，可能会以完全不同于自然生成的蛋白质的方式发挥作用。研究人员还没有证实，人工
核苷酸可以真的被细胞用来生成蛋白质。那需要对细菌进行更多的遗传工程改造，尽管
其他人之前的研究显示这有可能办到。
由于植物中的叶绿体可以从周围组织导入核苷酸，而其他研究人员已经找到了控制这种
能力的基因，所以斯克里普斯研究所把一个海藻基因植入大肠杆菌，让细菌可以从它们
生长的培养基中吸取X和Y核苷酸。
___... 阅读全帖 |
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X******n
发帖数: 914 | 16 Lack of Evidence for PKM2 Protein Kinase Activity－Molecular Cell
Highlights
•PEP-dependent phosphorylation was assayed in cell lysates using
radioactive PEP
•Trace adenine nucleotides can confound PEP-dependent phosphorylation
assay results
•PEP-dependent phosphorylation is rare and is not dependent on PKM2
•We are unable to detect PKM2 protein kinase activity in a variety of
contexts
Summary
The role of pyruvate kinase M2 (PKM2) in cell proliferation is controversial
. A... 阅读全帖 |
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t******e
发帖数: 196 | 17 1)
http://pubs.acs.org/doi/abs/10.1021/jp0661847
Hole Transfer in DNA and Photosensitized DNA Damage: Importance of Adenine
Oxidation
ArticlesKiyohiko Kawai,* Yasuko Osakada, Mamoru Fujitsuka, and Tetsuro
Majima*
The Institute of Scientific and Industrial Research (SANKEN), Osaka
University, Mihogaoka 8-1, Ibaraki, Osaka 567-0047, Japan
J. Phys. Chem. B, 2007, 111 (9), pp 2322–2326 |
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