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Analysis of global methylation using a Zta-expressing nasopharyngeal carcinoma cell line.
Genomics. 2011 Apr; 97(4):205-13.G
EBV infects more than 90% of the human population and persists in most individuals as a latent infection where the viral genome is silenced by host-driven methylation. The lytic cycle is initiated when the viral protein Zta binds to methylated BRLF1 and BRRF1 promoters. Although studies reveal the role of Zta and methylation changes in the viral genome upon EBV infection to reactivation, whether Zta plays any role in alteration of methylation in the host genome remains unknown. Using an inducible model, we demonstrate that global DNA methylation, based on whole-genome 5-methylcytosine content, and regional DNA methylation in repetitive elements, imprinting genes and the X chromosome, remains unchanged in response to Zta expression. Expression of DNA methyltransferases was also unaffected by ectopically expressed Zta. Our data imply that alteration of host gene expression following EBV reactivation may reflect methylation-independent Zta-mediated gene activation and not epigenetic modification of the host genome.
Chen YF
Institute of Basic Medicine, College of Medicine, National Chung Kung University, Tainan, Taiwan.
Tung CL
Chang Y
Hsiao WC
Su LJ
Sun HS
5-MethylcytosineBase SequenceCell Line, TumorDNA MethylationEarly Growth Response Protein 1Epstein-Barr Virus InfectionsGenome, ViralGenomic ImprintingHerpesvirus 4, HumanHumansImmediate-Early ProteinsInsulin-Like Growth Factor IIMolecular Sequence DataPromoter Regions, GeneticSequence Analysis, DNATrans-ActivatorsX Chromosome Inactivation
Chen, Ying-Fan, et al. "Analysis of Global Methylation Using a Zta-expressing Nasopharyngeal Carcinoma Cell Line." Genomics, vol. 97, no. 4, 2011, pp. 205-13.
Chen YF, Tung CL, Chang Y, et al. Analysis of global methylation using a Zta-expressing nasopharyngeal carcinoma cell line. Genomics. 2011;97(4):205-13.
Chen, Y. F., Tung, C. L., Chang, Y., Hsiao, W. C., Su, L. J., & Sun, H. S. (2011). Analysis of global methylation using a Zta-expressing nasopharyngeal carcinoma cell line. Genomics, 97(4), 205-13. https://doi.org/10.1016/j.ygeno.2010.12.003
Chen YF, et al. Analysis of Global Methylation Using a Zta-expressing Nasopharyngeal Carcinoma Cell Line. Genomics. 2011;97(4):205-13. PubMed PMID: 21195163.
TY - JOUR T1 - Analysis of global methylation using a Zta-expressing nasopharyngeal carcinoma cell line. AU - Chen,Ying-Fan, AU - Tung,Chao-Ling, AU - Chang,Yao, AU - Hsiao,Wen-Chi, AU - Su,Lh-Jen, AU - Sun,H Sunny, Y1 - 2010/12/30/ PY - 2010/11/07/received PY - 2010/12/12/revised PY - 2010/12/14/accepted PY - 2011/1/4/entrez PY - 2011/1/5/pubmed PY - 2011/7/9/medline SP - 205 EP - 13 JF - Genomics JO - Genomics VL - 97 IS - 4 N2 - EBV infects more than 90% of the human population and persists in most individuals as a latent infection where the viral genome is silenced by host-driven methylation. The lytic cycle is initiated when the viral protein Zta binds to methylated BRLF1 and BRRF1 promoters. Although studies reveal the role of Zta and methylation changes in the viral genome upon EBV infection to reactivation, whether Zta plays any role in alteration of methylation in the host genome remains unknown. Using an inducible model, we demonstrate that global DNA methylation, based on whole-genome 5-methylcytosine content, and regional DNA methylation in repetitive elements, imprinting genes and the X chromosome, remains unchanged in response to Zta expression. Expression of DNA methyltransferases was also unaffected by ectopically expressed Zta. Our data imply that alteration of host gene expression following EBV reactivation may reflect methylation-independent Zta-mediated gene activation and not epigenetic modification of the host genome. SN - 1089-8646 UR - https://www.unboundmedicine.com/medline/citation/21195163/Analysis_of_global_methylation_using_a_Zta_expressing_nasopharyngeal_carcinoma_cell_line_ L2 - https://linkinghub.elsevier.com/retrieve/pii/S0888-7543(10)00264-8 DB - PRIME DP - Unbound Medicine ER -
5-Methylcytosine
Cell Line, Tumor
Early Growth Response Protein 1
Epstein-Barr Virus Infections
Genome, Viral
Genomic Imprinting
Herpesvirus 4, Human
Immediate-Early Proteins
Insulin-Like Growth Factor II
Promoter Regions, Genetic
Trans-Activators
X Chromosome Inactivation
Induction of the early growth response 1 gene by Epstein-Barr virus lytic transactivator Zta.
Methylation profiling of Epstein-Barr virus immediate-early gene promoters, BZLF1 and BRLF1 in tumors of epithelial, NK- and B-cell origins.
Evaluation of a prediction protocol to identify potential targets of epigenetic reprogramming by the cancer associated Epstein Barr virus.
Epstein-Barr virus lytic transactivator Zta enhances chemotactic activity through induction of interleukin-8 in nasopharyngeal carcinoma cells.
Methylation of Epstein-Barr virus Rta promoter in EBV primary infection, reactivation and lymphoproliferation.
5-hydroxymethylation of the EBV genome regulates the latent to lytic switch.
CpG-methylation regulates a class of Epstein-Barr virus promoters.
Methylated DNA recognition during the reversal of epigenetic silencing is regulated by cysteine and serine residues in the Epstein-Barr virus lytic switch protein.
Genome-wide analyses of Zta binding to the Epstein-Barr virus genome reveals interactions in both early and late lytic cycles and an epigenetic switch leading to an altered binding profile.
The lytic phase of epstein-barr virus requires a viral genome with 5-methylcytosine residues in CpG sites.

redpajama_set_name: RedPajamaCommonCrawl


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BACK THIS YEAR! We are breaking the hunt into sessions - 12-12:30pm, 12:30-1pm and 1-1:30pm. Each session is limited to 50 children.
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Thank you to The Tuckey Companies for sponsoring this event as part of the 2019 Healthy Family Home Series.


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news, local-news, citizen science, jewel beetle, Castiarina testacea, Selagis aurifera
A chance stop on a round-the-lake bike ride led to the rediscovery last week of a rare beetle, not seen in Canberra for more than six decades. Luke Downey, a 14-year-old from Wamboin, stopped in at the environment meditation and healing garden near Menindee Drive on the north-eastern side of Lake Burley Griffin last Saturday. The garden's Bursaria spinosa shrubs, in flower for only a few weeks at the start of the year, were the perfect hunting ground for keen citizen scientists. In the flowers, Luke found a jewel beetle - Castiarina testacea - a rare and unusual beetle, hardly seen so far east on the Australian continent. "I was really surprised and I was like, 'Wow'. And I didn't expect to be doing it on a bike ride. And I was pleasantly surprised and I was just happy. And I was like, 'Oh yeah, this is amazing'. And I actually found more. It was great," Luke said. A bumper season has given rise to other unique sightings, including budgerigars seen flying in Canberra for the first time in living memory. The last known sighting of the beetle in Canberra was made in 1955, when it was recorded at Casuarina Sands. That find was made by leading entomologist Dr George Bornemissza, who led the CSIRO's introduction of the dung beetle to Australia as part of an effort to reduce the number of flies across the country. Dr Bornemissza, who died in 2014 aged 90, was a world-leading beetle expert, who also compiled beetle collections for the Australian National Insect Collection in Canberra. Stuart Harris, a fellow citizen scientist and photographer who has helped Luke identify his discoveries, rushed to the garden after the jewel beetle was found. Mr Harris was able to capture photographs of the jewel beetle, along with Selagis aurifera - another rare beetle to find in the ACT; its Latin name means white gold. Luke recorded his jewel beetle find in the Canberra Nature Map, an online repository where citizen scientists recorded sightings of rare plants and animals in the ACT. "I started doing citizen science stuff five years ago now and beetles is more recent. In the last year or so I've been looking for more beetles," Luke said. "I always enjoyed nature and natural stuff. My dad said, 'Maybe you could get involved with this'. I looked at it and I thought, 'Yeah, that's a really good idea'. So I did. I began doing citizen science stuff." Luke said meeting other people who were also interested in finding rare and unusual flora and fauna was an exciting part of participating in the project. "Finding anything that's just new or unusual is always interesting. It's really nice to know that you've found something that might be important for science," he said. Luke said it was always worth stopping to have a look in any pockets of natural environment, even if you did not know what you were looking for. "If you're interested or even if you're just passing by, it's great to look at it. Even if you don't know what you're looking at. A lot of the things are just interesting and they look cool and strange," he said. Mr Harris said there was no better place to be than outdoors on a sunny day in Canberra looking for wildlife. A species of peacock spider - Maratus harrisi - was named after Mr Harris, who first came across the spider in the Namadgi National Park in 2008. "You do get your Holy Grails. This year there's been a few Holy Grails turn up. There isn't one Holy Grail. It's just a remarkable season that so much new stuff has turned up. Not just with jewel beetles, but all sorts of invertebrates. Birds, even," Mr Harris said. Mr Harris said a bumper season - there were plenty of flowering plants following recent rain - had created many opportunities to go searching in the bush for yet-to-be found natural wonders. "As a human you go into the bush and it tends to balance you, it calms you. It's green therapy, whatever they call it now," he said.
/images/transform/v1/crop/frm/35sFyBanpD896MKnAH5FRtj/d66c40df-b6d4-4100-8d6b-aff12259d3f1.jpg/r20_437_8172_5043_w1200_h678_fmax.jpg
Teenager finds rare jewel beetle 65 years after first ACT sighting
Jasper Lindell
Luke Downey, left, shows Stuart Harris the shrubs by Lake Burley Griffin where he found the rare jewel beetle. Picture: Keegan Carroll
A chance stop on a round-the-lake bike ride led to the rediscovery last week of a rare beetle, not seen in Canberra for more than six decades.
Luke Downey, a 14-year-old from Wamboin, stopped in at the environment meditation and healing garden near Menindee Drive on the north-eastern side of Lake Burley Griffin last Saturday.
The garden's Bursaria spinosa shrubs, in flower for only a few weeks at the start of the year, were the perfect hunting ground for keen citizen scientists.
In the flowers, Luke found a jewel beetle - Castiarina testacea - a rare and unusual beetle, hardly seen so far east on the Australian continent.
"I was really surprised and I was like, 'Wow'. And I didn't expect to be doing it on a bike ride. And I was pleasantly surprised and I was just happy. And I was like, 'Oh yeah, this is amazing'. And I actually found more. It was great," Luke said.
A jewel beetle - Castiarina testacea - found near Lake Burley Griffin. Picture: Stuart Harris
A bumper season has given rise to other unique sightings, including budgerigars seen flying in Canberra for the first time in living memory.
The last known sighting of the beetle in Canberra was made in 1955, when it was recorded at Casuarina Sands.
That find was made by leading entomologist Dr George Bornemissza, who led the CSIRO's introduction of the dung beetle to Australia as part of an effort to reduce the number of flies across the country.
Dr Bornemissza, who died in 2014 aged 90, was a world-leading beetle expert, who also compiled beetle collections for the Australian National Insect Collection in Canberra.
Stuart Harris, a fellow citizen scientist and photographer who has helped Luke identify his discoveries, rushed to the garden after the jewel beetle was found. Mr Harris was able to capture photographs of the jewel beetle, along with Selagis aurifera - another rare beetle to find in the ACT; its Latin name means white gold.
Luke recorded his jewel beetle find in the Canberra Nature Map, an online repository where citizen scientists recorded sightings of rare plants and animals in the ACT.
A Selagis aurifera beetle found near Lake Burley Griffin. Picture: Stuart Harris
"I started doing citizen science stuff five years ago now and beetles is more recent. In the last year or so I've been looking for more beetles," Luke said.
"I always enjoyed nature and natural stuff. My dad said, 'Maybe you could get involved with this'. I looked at it and I thought, 'Yeah, that's a really good idea'. So I did. I began doing citizen science stuff."
Luke said meeting other people who were also interested in finding rare and unusual flora and fauna was an exciting part of participating in the project.
"Finding anything that's just new or unusual is always interesting. It's really nice to know that you've found something that might be important for science," he said.
Luke said it was always worth stopping to have a look in any pockets of natural environment, even if you did not know what you were looking for.
"If you're interested or even if you're just passing by, it's great to look at it. Even if you don't know what you're looking at. A lot of the things are just interesting and they look cool and strange," he said.
Mr Harris said there was no better place to be than outdoors on a sunny day in Canberra looking for wildlife.
A species of peacock spider - Maratus harrisi - was named after Mr Harris, who first came across the spider in the Namadgi National Park in 2008.
"You do get your Holy Grails. This year there's been a few Holy Grails turn up. There isn't one Holy Grail. It's just a remarkable season that so much new stuff has turned up. Not just with jewel beetles, but all sorts of invertebrates. Birds, even," Mr Harris said.
Mr Harris said a bumper season - there were plenty of flowering plants following recent rain - had created many opportunities to go searching in the bush for yet-to-be found natural wonders. "As a human you go into the bush and it tends to balance you, it calms you. It's green therapy, whatever they call it now," he said.
Discuss "Teen finds rare jewel beetle at LBG 65 years after first ACT sighting"


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DAVIS, Calif. - The Santa Clara women's water polo team played another close game Sunday afternoon against Colorado State University. With a 7-6 lead late in the game, Kristin Barnes blocked the Rams' last ditch effort at the buzzer to preserve the victory. Amy Lamb scored two goals, and Liz Perry, Meg Zimmerman and Katie Radvanyi combined for seven kickouts drawn.
After Lamb got the Broncos started less than a minute into the game, Colorado State got busy with two goals of their own before the end of the first quarter. But in the second quarter, Santa Clara dominated, getting three unanswered goals from Jenny Knutson, Lamb and Andrea Evans, who extended her goal-scoring streak to five games.
Santa Clara carried a 4-2 lead into the second half, and both teams continued pressuring the other. Goals from Claire Linney and Emily Bonk helped the Broncos extend their lead as high as three goals, and later in the third quarter Christie Miller scored to maintain the Broncos three-goal lead as they entered the fourth quarter leading 7-4.
But Colorado State gained ground in the fourth and put the pressure on the Broncos defense. Kristin Barnes finished the game with eight blocks, including a key stop at the buzzer to preserve the Broncos 7-6 victory.
With the win, the Broncos finished the Aggie Shootout 3-1, tied with Cal State Northridge for second best record behind host UC Davis who was undefeated this weekend. Santa Clara improved its record to 17-11 overall, 12-3 in the Western Water Polo Association. The Broncos will now enjoy nearly two weeks off before taking on UCSB at San Jose State on Saturday, April 14, and then hosting UC Santa Cruz on Sunday, April 15.


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text:
Q: Understanding Ohm and Kirchhoff I'm a computer programmer by trade who has taken an interest in Arduino with the hopes of eventually producing a particular hardware project that has captured my hobby/side-business interest.
I understand only a very little bit of electronics and am trying to fix that. Please be gentle if my questions are very basic or silly. I'm really trying to understand some new concepts.
I'm reading "Introduction to Electronics" 5th Edition by Earl D. Gates. I'm really enjoying it and finding that it lays out material in a structured and helpful way. It was well worth the $1.00 I paid on Amazon! ;-)
I'm reading through a section that deals with Ohm's Law and Kirchhoff's Current Law, and I'm struggling to understand some concepts.
I can understand (or at least do the calculations for) the I = E / R equation. It's basic math, so that's not hard. The explanation of what figures in a circuit go where is also fairly easy to understand.
The book has drawn circuits with ? values for various parts of the circuit (voltage, current or resistance), and I am able to successfully solve for the missing values. Not too hard, actually.
What is currently confusing me is "voltage drop". I have a question that gives the following circuit:

simulate this circuit – Schematic created using CircuitLab
The question asks, "How much voltage is dropped across resistor R2 in this circuit?"
So, first, we solve for current, which calculates to I = 4.5mA. (Actually, 4.485981308mA.)
Then, knowing that current is the same for the entire circuit, we can set up the following equation:
I2 = ER2 / R2 (which, why is it suddenly ER2, not just E?)
0.0045 = E / 3900
Therefore, voltage drop is 17.55V.
But what does this mean?
Using the same calculations, voltage drop for the different pieces of the circuit are:
Resistor 1: 0.0045 * 5600 = 25.20V
Resistor 2: 0.0045 * 3900 = 17.55V
Resistor 3: 0.0045 * 1200 =  5.40V
And those total to 48.15V, so our math is close but has minor rounding issues.
But, again, what does this mean?
Does it mean that tapping into the circuit between resistors 1 and 2 would give me 22.8V (48V - 25.2V)?
If I have a sensitive electronic component that accepts 3V-6V, would it be safe to draw this power from the circuit after resistor 3?
Am I even close to a proper understanding?
What I'm interested in is working with some 3.3V components, starting with with an input voltage that's maybe 3.7V (LiPo), maybe 5V (USB), maybe 9V, etc. I understand that my Arduino Uno already has power regulators that output 3.3V @ up to 50mA, but HOW does it do that?
It says it can accept 6-20V (but USB is 5V!), and somehow it deals with all of that excess voltage to provide a steady, regulated 3.3V. What dark magic is taking place here? ;-)
I realize that there are many, many components out there that will "just work" to give me the electrical output I desire (I've been playing with a few, like the LM317), but I'd like to really understand what's going on, not just know which component works. Thus far, all attempts to actually get the LM317 to work have failed, because I apparently have a serious lack of understanding on this issue.
Anyway, I really appreciate if you've read this far. Thanks for any help!

A: your first question:

...
  Therefore, voltage drop is 17.55V.
But what does this mean?
Using the same calculations, voltage drop for the different pieces of the circuit are:
Resistor 1: 0.0045 * 5600 = 25.20V
  Resistor 2: 0.0045 * 3900 = 17.55V
  Resistor 3: 0.0045 * 1200 = 5.40V
And those total to 48.15V, so our math is close but has minor rounding issues.
But, again, what does this mean?

This referes to the Kirchhoff voltages's law. The sum of all voltage drops in series circuit must be equal to the voltage applied (this is not entirely correct, but serves the proposed circuit and avoid complications).

Does it mean that tapping into the circuit between resistors 1 and 2 would give me 22.8V (48V - 25.2V)?

I fail to understand this question. The voltage drop obtained for each resistor is the voltage that you can measure with a voltmeter conected to the resistor pin's.

If I have a sensitive electronic component that accepts 3V-6V, would it be safe to draw this power from the circuit after resistor 3?

Definitely not. Any circuit connected to the shunt, completely modifies the behavior of the original circuit, and hence the original voltage drop.

...
  It says it can accept 6-20V (but USB is 5V!), and somehow it deals with all of that excess voltage to provide a steady, regulated 3.3V. What dark magic is taking place here?
  ...

The voltage regulator is a retrofitted system, i.e. when a circuit is connected to the regulator's output, an internal circuit operates to maintain a stable output voltage.
The difference between the input voltage and the output is absorbed by the regulator, as having a "variable resistor". According to the connected circuit, the internal regulator circuit "set" the value of this "variable resistor" (actually it is a transistor, for a linear regulator) so that the voltage is maintained within a specified range.
Voltage regulators are a whole specific field of application in electronics. There are many types. Particularly, the LM317 regulator is a linear regulator. Implements a transistor as a regulating element between the input voltage and the output voltage. The control of this transistor lets adjust its voltage drop, according to the circuit you want to feed.

A: You are basically on the right track with your understanding of Ohms Law and Kirchoff's Law.
The concept of "voltage drop" can sonfuse beginners (I know it did that to me). As one responder stated Kirchoff's Law can be legitimately restated to mean that the "voltage drops" across the passive elements in a circuit path must equal the voltage applied to that circuit by the voltage source(s). A "passive element" is an element which does not produce any voltage of its own - resistors are the prime examples.
In your example you have three resistors, Kirchoff says that the 48 volts must be distributed (dropped) across those three resistors. So, the current running thru the three resistors will naturally equalize at a value where that becomes true. Ohms Law tells you the value of that current. Kirchoff's Law and Ohms Law must be "met" simultaneously for equilibrium to exist. Everything has to "play" together: the voltages across the resistors have to add up to 48 volts AND the current-to-voltage relationship defined by Ohms Law must also exist. Mathematically, there are 4 unknowns - the current and the three voltage drops. If you are mathematically inclined you could write a group of simultaneous equations to solve the problem. If you are just trying to get a feel for how it works, you can apply Ohm's law piecemeal and intuitively based on the two principles (Ohms Lay & Kirchoff's Law).
Further, you can change the resistor value to any values you like, this will merely change the equilibrium and you would end up with a different current and three different voltage drops across the resitors, but you would still be adhering to Kirchoff's Law (all the drops would have to add up to 48 volts) and Ohms Law (the current is such that the voltage across each resistor allows Kirchoff's Law to be satisfied) - harmony!
Of what practical use is a circuit like this? Ummm, that depends on how you define "practical"? What practical use is a push-up to a baseball player? He's not gonna go onto the game field and do push-ups. What practical use is a machine screw and nut in your hand? You can twirl the nut up and down the screw thread for fun. But the real use comes into play when you use that screw and nut to mount a hanger hook onto a work bench, or to hold an axle to a car frame.
Your circuit taken on it's own simply illustrates the two principles involved. But if you teamed it up with an op-amp or comparator you would be using the two intermediate voltages to perform a useful task in a more complex circuit. E.g. they might provide voltage threshold values in a comparator circuit, or reference levels in an op-amp-based amplifier.
The thing about Ohms Law and Kirchoffs Law (and let's not forget Nortons Law for currents) is that they are pervasive at all levels of electronics. They are used in every electronic discipline - analog, digital, RF, television, audio, etc - over and over and over. You will not go far in any of these fields without a firm, gut-level understanding of these "laws". And they are indeed the "Laws of Electronics" - nothing in electronics works unless it follows these laws - believe me, I've tried to break them numerous times and they have always succeeded in breaking me!

redpajama_set_name: RedPajamaStackExchange


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text:
All Things Kardashian
Cory Booker's Romantic Comments About Rosario Dawson Make Us Wish He Was Still Available
March 20, 2019, 3:11 PM ET
The senator gushed about his new girlfriend, Rosario Dawson, on The Ellen DeGeneres Show.
Now that the romance between Senator Cory Booker and actress Rosario Dawson is public, it's heating up before our very eyes.
When Booker appeared on The Ellen DeGeneres Show on Wednesday, he told DeGeneres that a paparazzo from TMZ "ambushed" her in the D.C. airport and asked about their relationship status, but he thinks she handled it really well.
"She was just wonderful and she's just an incredible human being," he gushed.
That's pretty much exactly what Dawson said in the airport.
"He's a wonderful human being and it's good to spend some time together when we can," she said. "I'm just grateful to be with someone I admire and love and respect so much and who is so brilliant and kind and caring and loving."
Her admission seems to have emboldened the senator, too.
"As our relationship grows it's difficult," he admitted, "but she is such a deeply soulful person [and] has taught me a lot of lessons about love already — that sometimes you show the greatest strength when you make yourself vulnerable... She really has this nurturing spirit that's made me more courageous, not just in the love that I project and want to see in our country, but I think even in our own personal relationships to love more fearlessly. So, I'm very, very blessed to be with somebody that makes me a better person."
Wow, Senator! This is all a pretty far cry from a few months ago, when all you would say was, "I got a boo."
He didn't shy away when DeGeneres asked about future marriage plans, even when DeGeneres said she'd like for them to wait until he potentially wins in 2020 so that they could have an American Royal Wedding, which she could officiate.
Hey, stranger things have happened.
Rosario Dawson and Cory Booker Are Officially Dating
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"Surrender Yourself" is a 1992 debut single by the American electronica dance duo The Daou, which they both co-produced, wrote, and performed the musical arraignments on, most notably on the keyboards, as performed by Peter Daou. Taken from their debut album, Head Music, the single reached number one on the Billboard Hot Dance Club Play chart on July 11, 1992.

Track listings
12 inch single (US)
"Surrender Yourself" (Ballroom Mix, remixed by Danny Tenaglia) - 13:30
"Surrender Yourself" (Shocking Pink Mix) - 6:00
"Surrender Yourself" (Ballroom Re-United) - 3:50
"Surrender Yourself" - 4:20

CD Maxi (UK/Europe)
"Surrender Yourself" (Ballroom Revisited) - 3:50
"Surrender Yourself" (Ballroom Mix) - 13:30
"Surrender Yourself" (Shocking Pink Mix) - 6:00
"Surrender Yourself" - 4:20

References

External links
Music video from YouTube

1992 songs
1992 singles
Columbia Records singles
House music songs

redpajama_set_name: RedPajamaWikipedia


Traditional Market, on Tuesdays, between 10:30 a.m. and 3:00 p.m., in the Atrium of the Núcleo Central. Here you can find regional products from the North to the South of our Country, but also a huge variety of fresh products - such as vegetables and fruits directly from their producers - bread and traditional pastries, nuts, spices, among others. Make us a visit!


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Process To Dissolve Iron Ore
how would you dissolve iron in water? yahoo answersiron, no matter how finely divided, will not dissolve in water. you can stir it all day long, but unless you add something more, it will quickly settle to the bottom. when combined with a thixotropic clay or if the water itself is made into a gel (gelatin), the finely divided iron powder can be suspended in
how would you dissolve iron in water? yahoo answersiron, no matter how finely divided, will not dissolve in water. you can stir it all day long, but unless you add something more, it will quickly settle to the bottom. when combined with a thixotropic clay or if the water itself is made into a gel (gelatin), the finely divided iron powder can be suspended in the water. metallurgic processes boundless chemistrymetal ores are formed in the process of ore genesis, and they are extracted through mining. extractive metallurgy is the practice of removing valuable metals from an ore and refining the extracted raw metals into a purer form. hydrometallurgy uses aqueous solutions to extract metals from ores ( leaching ). write the procedure to dissolve iron ore.write the procedure to dissolve iron ore. - 2230592 iron doesn't dissolve down promptly in water, first of all, it discharges exceedingly combustible hydrogen gas, so it ought to be performed under a fume hood. iron ore smelting processslide 1 of 6. introduction to iron ore and steel smelting processing iron ore is obtained in the conventional method of open cast or underground mining and conveying the ore to the surface preparation are where it is crushed, washed, and transported to the smelter. iron orelower-grade sources of iron ore generally require beneficiation, using techniques like crushing, milling, gravity or heavy media separation, screening, and silica froth flotation to improve the concentration of the ore and remove impurities. the results, high-quality fine ore powders, are known as fines. how iron is madethe iron content of these ores ranges from 70% down to 20% or less. coke is a substance made by heating coal until it becomes almost pure carbon. sinter is made of lesser grade, finely divided iron ore which, is roasted with coke and lime to remove a large amount of the impurities in the ore. a look at the process of pelletizing iron ore for steel iron ore must go through a lengthy pre-processing stage before it can be pelletized a series of steps that work to beneficiate and concentrate low-grade ores. this process varies depending on the ore source, but typically involves various stages of crushing and grinding to reduce the size of the iron ore. dissolution of copper and iron from malachite ore and the process outlined in this paper can be used to dissolve almost all of the copper present in the malachite ore employed. table 2 displays experimental conditions. by simply treating with h 2 o 2 and then adjusting the ph of the solution, fe(oh) 3 was produced. creating steel howstuffworksanother way to create steel from pig iron is the bessemer process, which involves the oxidation of the impurities in the pig iron by blowing air through the molten iron in a bessemer converter. the heat of oxidation raises the temperature and keeps the iron molten. iron ore: sedimentary rocknearly all of earth's major iron ore deposits are in rocks that formed over 1.8 billion years ago. at that time earth's oceans contained abundant dissolved iron and almost no dissolved oxygen. the iron ore deposits began forming when the first organisms capable of photosynthesis began releasing oxygen into the waters.
Advantages of process to dissolve iron ore
iron removal by physical chemical waypourbaix diagram of iron. however ground waters are naturally anaerobic: so iron remains in solution and therefore it is important to remove it for a water use. the elimination of the ferrous iron, by physical-chemical way, is obtained by raising the water redox potential by oxidation thanks to oxygen of the air and this by simple ventilation. how is iron extracted from the earth? reference.commagnetite and hematite are iron oxides; however, the extraction of iron from an iron oxide involves a series of steps that begins when mined iron ore is crushed into smaller pieces by a crusher and then washed. the second step in the process is calcination or roasting of the ore, which removes certain impurities, carbon dioxide and other substances. hisarna process for iron making ispatguruhisarna process for ironmaking. hisarna process is a smelting reduction process for producing liquid iron directly from iron ore fines (iof) and coal. it represents a new, potentially more efficient way of making iron and is being developed for substantial reduction of carbon emissions from the ironmaking process. what is steel making process: briefly explainsteel making is the method of processing and producing steel from iron ore and scrap. it focuses on removing the slugs and other unwanted materials like phosphorus, sulphur, silicon, nitrogen, and excess carbon from the raw iron. the next step targets on alloying it by adding various elements like manganese, chromium, nickel, and vanadium. how do you remove iron from iron orebut because iron oxidizes (rusts) in the presence of oxygen, the iron ore must be heated and melted to remove the oxygen. during the process, the iron is usually mixed with carbon to increase it's hisarna process for iron making ispatguruhisarna process for ironmaking. hisarna process is a smelting reduction process for producing liquid iron directly from iron ore fines (iof) and coal. it represents a new, potentially more efficient way of making iron and is being developed for substantial reduction of carbon emissions from the ironmaking process. minnesota iron mining processdangerous cut down the 300 year old tree in 10 minutes - fastest skill cutting big tree chainsaw - duration: 13:16. woodworking tv 537,694 views processes for phosphorus removal from iron orethe process of removing phosphorus from iron ore linked to the concept of selective agglomeration is well grounded in the work of sirianni et al.. sparks and sirianni (1974) applied the technique to remove the iron ores phosphorus from snake river, northern canada. the content of phosphorus was in the range of 0.34% unacceptable for steel production. iron ore smelting processslide 1 of 6. introduction to iron ore and steel smelting processing iron ore is obtained in the conventional method of open cast or underground mining and conveying the ore to the surface preparation are where it is crushed, washed, and transported to the smelter. the extraction of ironextracting iron from iron ore using a blast furnace. the common ores of iron are both iron oxides, and these can be reduced to iron by heating them with carbon in the form of coke. coke is produced by heating coal in the absence of air. coke is cheap and provides both the reducing agent for the reaction and also the heat source.
process to dissolve iron ore application
how to dissolve iron sciencingiron doesn't dissolve readily in water, although it will definitely rust more rapidly (as you've probably noticed from experience). hydrochloric acid, however, can dissolve iron, and a more concentrated solution will dissolve it more rapidly. this simple experiment makes a great way to study reaction kinetics, but it does pose some possible extraction process of aluminium from bauxite orealumina extraction problem. in the standard bayer process for refining bauxite to produce alumina, the dissolution of the alumina in the ore to form sodium aluminate is accomplished in autoclaves under high pressures varying from 70 to 200 pounds per square inch. what is the most effective way to dissolve iron oxides in an what is the most effective way to dissolve iron oxides in an acid without hf? i have rock powder composed of iron oxides and silica. i want to fully dissolve iron oxides into a solution without mining of iron ores ispatgurumining process. in crushing and washing plants the processing of the ore is carried out. processing of the ore ranges from simple crushing and screening and separating various size fractions of the ore to the processes that beneficiate or upgrade the quality of the iron ore products. this is done by physical processes, what is iron ore beneficiation? (with pictures)iron ore beneficiation is a multi-stage process that raw iron ore undergoes to purify it prior to the process of smelting, which involves melting the ore to remove the metal content. the process of iron ore beneficiation has two complementary goals and these define the methods used to refine it. write the procedure to dissolve iron ore.to completely dissolve iron into hcl,we need to heat at 100c for 24h or more. teflon beaker or strong materials are recommended to use for dissolving iron powder,and heating solution.if you don't have heater, fe powder can dissolve in hcl, but take the time (atleast 4days or more than a week,it depends on desired concentration of iron that direct reduced iron processthe reduction gases only dissolve oxygen from the iron ores. this causes the iron ores to crack on the surface. the appearance resembles a porous sponge, which is why the deoxidized and thus strongly ferrous iron ore is also called sponge iron. sponge iron is a highly ferrous ore from the direct reduced iron process! iron processing britannica.comiron processing, use of a smelting process to turn the ore into a form from which products can be fashioned. included in this article also is a discussion of the mining of iron and of its preparation for smelting. lesson 1: how do we mine iron ore?-students will be able to describe the site where hematite is mined. -students will be able to describe the process of hematite being turned into iron ore pellets and transported to a steel mill. -students will be able to discuss transportation systems used in this process. ii. different types of iron orethe ore is found in vast quantities in the iron formation of the michipicoten district, ontario; the quantity around the helen mine is estimated at not less than 100 million tons; the ore is high in sulphur, owing to the presence of pyrite, and requires to be roasted to remove sulphur as well as to remove carbon dioxide.
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