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As for relationships, the engagement is often the most romantic moment. But, the actual planning of that wedding can be a far cry from that romantic memory, and can instead be very stressful. Here are a few suggestions for the couples who wish to make the planning of their wedding as enjoyable as their actual wedding.
If you?re planning on delivering a speech at a wedding, it?s important that you take all the time you need to practice it. Being well prepared will help you to not freeze up, or babble on nervously, and will help you give a thoughtful and well spoken speech that you can be confident about.
Your reception location should have a dance floor or room for dancing. You can make room by moving some chairs and tables around when it?s time to dance, just make sure you find enough space for people to get their groove on.
By hiring a wedding consultant you will have reliable help throughout the process and on the day of your wedding. Planning a wedding can be challenging and nerve-wracking, especially when all the problems that can arise are considered. If you hire a professional wedding planner, you can rest assured that emergencies and complications will be handled with ease. You deserve to enjoy the reception and ceremony worry-free with your friends and family.
Take the time to carefully consider the most important aspect of the wedding, your future spouse. Never rush into this decision that will change your life. Make a detailed list of the things that endear this human to you, and likewise the things that you may not appreciate so much.
It is important that every part of your wedding is well planned, from the food that shall be served to the specifics of the reception. You wedding day should be special to those in attendance.
You can have a special relative or friend become ordained online so that they can perform your wedding vows. While having someone special officiate makes the ceremony truly yours, it also has the additional perk of allowing you to redirect the money for something else, such as flowers. First, make sure your area allows this to happen.
If you have an outdoor wedding, make sure you have a plan B in case it rains or there are other unforeseen conditions. You can rent some large tents, or book a outdoor venue that includes a hall that is available in case of bad weather. Set up planks to prevent your guests from getting mud or dirt on their shoes.
Do not crowd tables with too many flowers. A lot of times, the flowers may be getting in the guests? way. It?s possible that there might be a few guests with flower allergies. Opt for using non-scented candles instead of flower arrangements for a romantic and luxurious look.
Personalize your wedding by including unique touches that express the essence and interests of you and your new spouse. Select a theme that represents the time that you have spent with each other.
Trust in others to help you with your wedding plans. Since weddings require a lot of emotional investment, you probably want to dominate all aspects of the planning. But, it is important that you trust the advice of those who may have more experience than you in certain areas of the planning.
A beautiful wedding on a budget is possible if you plan carefully and have realistic expectations. Use these tips to get a reasonably priced, yet dreamy wedding.
Wish to get more info on the topic of wedding invitation kits? In that case, just stop by our site and check out the latest blog posts regarding wedding invitation kits
Chris and Susan Beesley Founder Leaders of the UK?s leading internet marketing coaching and training company announce the worldwide launch of The SFM Elite Online Training and Mentoring Program teaching start-up entrepreneurs how to make money online. The program has been designed to encourage the growth of small business worldwide by allowing budding entrepreneurs to start their own home business with confidence even in a recession, and take control of their own lives.
London UK (PRWEB) March 12, 2012
Chris and Susan Beesley The Founder Leaders of the UK?s leading internet marketing coaching and training company announce the launch worldwide of The SFM Elite Online Training and Mentoring Program teaching start-up entrepreneurs how to make money online. In 2012 anyone with personal determination and the right system and training can start a home business and start earning their own independent incomes.
By becoming a member users will quickly learn and understand the techniques and strategies of building an online business and demystify the confusing misconceptions around generate an income online.
They will also learn that the most secure online business is best built on multiple streams of income for ultimate financial security and wealth building ? just like the Virgin empire of Richard Branson.
What is being offered in the program is nothing like any of the hyped up products or scams that are frequently being punted on the Internet every single day. This is something much deeper, more ambitious and much more effective. This is a genuine and proven business model, system and technology to help members grow their online business in record time.
It?s definitely not another affiliate marketing training course that tells you to go out and find some tiny untapped niche and promote affiliate products. Nor is it one of those stupid push button money pieces of software from the internet magician that clearly will never work.
Everyone knows that online marketing can be hard and that lead generation can be a challenge but with the training provided in the program and the support of the community it all becomes a lot easier. There are literally tens of thousands of dollars in training that will show you how. Plus the help of the members only community forum where everyone, including some of the most highly successful home business entrepreneurs generously share their knowledge, experience and ideas.
Stuart Ross, The Founder said ?our turnkey system was specifically designed to help the average person get up and running and making money quickly, easily and without frustration by providing access to the direct marketing funnels and systems that the top online business owners are using right now.
People from almost every background, occupation and income level are using our proven business model to quit their jobs and build and secure a lifestyle and legacy for themselves and their families.?
However, the company recognise that they can only work with people who are absolutely committed to achieving success online and therefore prospective members have to go through an application process before they get access to the system.
About Chris and Susan Beesley
Chris and Susan Beesley are a husband and wife partnership passionate about helping home business owners achieve success online. They are The Founder Leaders of The Six Figure Mentors (The SFM), The UK?s leading internet marketing and coaching company helping thousands of people worldwide start their own small business and take control of their own lives. In addition, their weekly live video training webshow with expert guests ? ChrisAndSusan.TV ? brings training to hundreds of entrepreneurs across the globe.
Contact Information
Chris Beesley
0044 7802 857551
Susan Beesley
0044 7850 585400
Email: info(at)chrisandsusanbeesley(dot)com
For the original version on PRWeb visit: http://www.prweb.com/releases/prwebmakemoneyonlinebusiness/03/prweb9268321.htm
A new approach to faster anticancer drug discoveryPublic release date: 13-Mar-2012 [ | E-mail | Share ]
Contact: Scott LaFee slafee@ucsd.edu 619-543-6163 University of California - San Diego
Tracking the genetic pathway of a disease offers a powerful, new approach to drug discovery, according to scientists at the University of California, San Diego School of Medicine who used the approach to uncover a potential treatment for prostate cancer, using a drug currently marketed for congestive heart failure. Their findings are published in the current online issue of the Proceedings of the National Academy of Sciences.
"The science of genomics the study of all of the genes in a person and how these genes interact with each other and the environment has revealed many fundamental aspects of biology, including the mechanisms of diseases like cancer. But it has not yet been truly exploited to find new medicines to treat those diseases," said Xiang-Dong Fu, PhD, professor of cellular and molecular medicine and senior author of the PNAS paper.
Fu, with colleagues at UC San Diego and elsewhere, describe a unique screening strategy that compares genes associated with specific disease phenotypes (traits) with small molecules capable of intervening with disease-linked gene-expression events. The high-throughput process, capable of analyzing large numbers of genes and drugs simultaneously, emphasizes investigation of the entire genetic pathway of the disease against a large set of internal controls, rather than its limited phenotype or any particular molecular or cellular target.
Historically, drug discovery has been driven by phenotype- or target-based methodologies.
"For 50 years, the standard phenotype approach emphasized the final outcome without worrying about the mechanism," said Fu. "The process has produced some very good drugs, but researchers often didn't know exactly how or why the drug worked. Aspirin is an example. It's been around for more than a century, but we still don't understand the mechanism in great detail."
More recently, many drug designers have focused upon targeting particular components of a disease, such as a vital molecule or receptor involved in the pathogenic process. The approach has a stronger, more rational scientific basis, said Fu, but remains beset by two fundamental difficulties: "You can create a drug that disrupts a specific disease target, but you also run the risk of causing unforeseen, adverse side effects that might be worse than the disease. Second, there are many places inside of a cell that are essentially 'undruggable.' They are difficult, if not impossible, to intervene with."
The new approach attempts to avoid these problems by emphasizing investigation of the genetic pathways associated with disease processes and how they might be altered to produce a healthful benefit.
"The idea is to identify the genetic troublemakers associated with a disease and then find a way to contain them, not crush them," said Fu. "No gene was ever designed to cause disease. The goal is to find new drugs or ways to convert these genes or the affected cells back to a normal state. In many disease paradigms, you don't want to kill cells. You want to modify them to become healthy again."
While the idea of conducting multi-target screenings is not new, the technology to do so has been limited. Deep sequencing, said Fu, is ideally suited for the purpose.
To illustrate the efficacy of their high-throughput, gene-sequencing approach, Fu and colleagues applied the strategy to prostate cancer, which sometimes becomes resistant to standard antiandrogen hormone therapy. The scientists found that Peruvoside, a cardiac glycoside, strongly inhibits both androgen-sensitive and androgen-resistant prostate cancer cells without triggering severe side effects. Interestingly, a related cardiac glycoside called Digoxin has been used to treat congestive heart failure. A large epidemiological study found protective effects against prostate cancer on patients treated with Digoxin, compared to control cohorts.
"High-throughput genetic sequencing and screening allows you to look deeply into cells and analyze millions of molecules at the same time. The technology is constantly improving and getting cheaper. We think it's a promising strategy for drug discovery," said Fu.
###
Co-authors include Hairi Li, Dong Wang, Jinsong Qiu, Yu Zhou, UCSD Department of Cellular and Molecular Medicine; Hongyan Zhou and Sheng Ding, Gladstone Institute of Cardiovascular Disease; Xianqiang Li, Signosis, Inc.; and Michael G. Rosenfeld, Howard Hughes Medical Institute, UCSD Department of Medicine.
Funding for this research came, in part, from the Prostate Cancer Foundation and the National Human Genome Research Institute.
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A new approach to faster anticancer drug discoveryPublic release date: 13-Mar-2012 [ | E-mail | Share ]
Contact: Scott LaFee slafee@ucsd.edu 619-543-6163 University of California - San Diego
Tracking the genetic pathway of a disease offers a powerful, new approach to drug discovery, according to scientists at the University of California, San Diego School of Medicine who used the approach to uncover a potential treatment for prostate cancer, using a drug currently marketed for congestive heart failure. Their findings are published in the current online issue of the Proceedings of the National Academy of Sciences.
"The science of genomics the study of all of the genes in a person and how these genes interact with each other and the environment has revealed many fundamental aspects of biology, including the mechanisms of diseases like cancer. But it has not yet been truly exploited to find new medicines to treat those diseases," said Xiang-Dong Fu, PhD, professor of cellular and molecular medicine and senior author of the PNAS paper.
Fu, with colleagues at UC San Diego and elsewhere, describe a unique screening strategy that compares genes associated with specific disease phenotypes (traits) with small molecules capable of intervening with disease-linked gene-expression events. The high-throughput process, capable of analyzing large numbers of genes and drugs simultaneously, emphasizes investigation of the entire genetic pathway of the disease against a large set of internal controls, rather than its limited phenotype or any particular molecular or cellular target.
Historically, drug discovery has been driven by phenotype- or target-based methodologies.
"For 50 years, the standard phenotype approach emphasized the final outcome without worrying about the mechanism," said Fu. "The process has produced some very good drugs, but researchers often didn't know exactly how or why the drug worked. Aspirin is an example. It's been around for more than a century, but we still don't understand the mechanism in great detail."
More recently, many drug designers have focused upon targeting particular components of a disease, such as a vital molecule or receptor involved in the pathogenic process. The approach has a stronger, more rational scientific basis, said Fu, but remains beset by two fundamental difficulties: "You can create a drug that disrupts a specific disease target, but you also run the risk of causing unforeseen, adverse side effects that might be worse than the disease. Second, there are many places inside of a cell that are essentially 'undruggable.' They are difficult, if not impossible, to intervene with."
The new approach attempts to avoid these problems by emphasizing investigation of the genetic pathways associated with disease processes and how they might be altered to produce a healthful benefit.
"The idea is to identify the genetic troublemakers associated with a disease and then find a way to contain them, not crush them," said Fu. "No gene was ever designed to cause disease. The goal is to find new drugs or ways to convert these genes or the affected cells back to a normal state. In many disease paradigms, you don't want to kill cells. You want to modify them to become healthy again."
While the idea of conducting multi-target screenings is not new, the technology to do so has been limited. Deep sequencing, said Fu, is ideally suited for the purpose.
To illustrate the efficacy of their high-throughput, gene-sequencing approach, Fu and colleagues applied the strategy to prostate cancer, which sometimes becomes resistant to standard antiandrogen hormone therapy. The scientists found that Peruvoside, a cardiac glycoside, strongly inhibits both androgen-sensitive and androgen-resistant prostate cancer cells without triggering severe side effects. Interestingly, a related cardiac glycoside called Digoxin has been used to treat congestive heart failure. A large epidemiological study found protective effects against prostate cancer on patients treated with Digoxin, compared to control cohorts.
"High-throughput genetic sequencing and screening allows you to look deeply into cells and analyze millions of molecules at the same time. The technology is constantly improving and getting cheaper. We think it's a promising strategy for drug discovery," said Fu.
###
Co-authors include Hairi Li, Dong Wang, Jinsong Qiu, Yu Zhou, UCSD Department of Cellular and Molecular Medicine; Hongyan Zhou and Sheng Ding, Gladstone Institute of Cardiovascular Disease; Xianqiang Li, Signosis, Inc.; and Michael G. Rosenfeld, Howard Hughes Medical Institute, UCSD Department of Medicine.
Funding for this research came, in part, from the Prostate Cancer Foundation and the National Human Genome Research Institute.
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AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.
Showcasing Austin?s haughty institution of circus the Star of Texas Fair and Rodeo has been surrounded subsistence since 1938. Originally known as the Travis County Baby Beef Show plus held equitable inverse the Texas state chief building,asics gels, the circus has grown from these humble beginnings to encompass virtually a month?s worth of events each daily The Travis County Expo Center was originally established in 1983 specifically to house the Star of Texas Rodeo plus provides a total venue as the event?s mandate of rodeo-themed events and museums. Related articles?
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Researchers at the UCLA stem cell center and the departments of chemistry and biochemistry and pathology and laboratory medicine have identified, for the first time, a generic way to correct mutations in human mitochondrial DNA by targeting corrective RNAs, a finding with implications for treating a host of mitochondrial diseases.
Mutations in the human mitochondrial genome are implicated in neuromuscular diseases, metabolic defects and aging. There currently are no methods to successfully repair or compensate for these mutations, said study co-senior author Dr. Michael Teitell, a professor of pathology and laboratory medicine and a researcher with the Eli and Edythe Broad Center of Regenerative Medicine and Stem Cell Research at UCLA.
Between 1,000 and 4,000 children per year in the United States are born with a mitochondrial disease and up to one in 4,000 children in the U.S. will develop a mitochondrial disease by the age of 10, according to Mito Action, a nonprofit organization supporting research into mitochondrial diseases. In adults, many diseases of aging have been associated with defects of mitochondrial function, including diabetes, Parkinson's disease, heart disease, stroke, Alzheimer's disease and cancer.
"I think this is a finding that could change the field," Teitell said. "We've been looking to do this for a long time and we had a very reasoned approach, but some key steps were missing. Now we have developed this method and the next step is to show that what we can do in human cell lines with mutant mitochondria can translate into animal models and, ultimately, into humans."
The study appears March 12, 2012 in the peer-reviewed journal Proceedings of the National Academy of Sciences.
The current study builds on previous work published in 2010 in the peer-reviewed journal Cell, in which Teitell, Carla Koehler, a professor of chemistry and biochemistry and a Broad Stem Cell Research Center scientist, and their team uncovered a role for an essential protein that acts to shuttle RNA into the mitochondria, the energy-producing "power plant" of a cell.
Mitochondria are described as cellular power plants because they generate most of the energy supply within a cell. In addition to supplying energy, mitochondria also are involved in a broad range of other cellular processes including signaling, differentiation, death, control of the cell cycle and growth.
The import of nucleus-encoded small RNAs into mitochondria is essential for the replication, transcription and translation of the mitochondrial genome, but the mechanisms that deliver RNA into mitochondria have remained poorly understood.
The study in Cell outlined a new role for a protein called polynucleotide phosphorylase (PNPASE) in regulating the import of RNA into mitochondria. Reducing the expression of PNPASE decreased RNA import, which impaired the processing of mitochondrial genome-encoded RNAs. Reduced RNA processing inhibited the translation of proteins required to maintain the mitochondrial electron transport chain that consumes oxygen during cell respiration to produce energy. With reduced PNPASE, unprocessed mitochondrial-encoded RNAs accumulated, protein translation was inhibited and energy production was compromised, leading to stalled cell growth.
The findings from the current study provide a form of gene therapy for mitochondria by compensating for mutations that cause a wide range of diseases, said study co-senior author Koehler.
"This opens up new avenues to understand and develop therapies for mitochondrial diseases," Koehler said. "This has the potential to have a really big impact. We just have to get it to the next step."
Gene therapy is often used to express proteins that can treat the cause of a variety of diseases. In this case, post-doctoral fellow Geng Wang developed a strategy to target and import specific RNA molecules encoded in the nucleus into the mitochondria and, once there, to express proteins needed to repair mitochondrial gene mutations.
First, the research team had to figure out a way to stabilize the reparative RNA so that it was transported out of the nucleus and then localized to the mitochondrial outer membrane. This was accomplished by engineering an export sequence to direct the RNA to the mitochondrion. Once the RNA was in the vicinity of the transport machinery on the mitochondrial surface, then a second transport sequence was required to direct the RNA into the targeted organelle. With these two modifications, a broad spectrum of RNAs were targeted to and imported into the mitochondria, where they functioned to repair defects in mitochondrial respiration and energy production in two different cell line models of human mitochondrial disease.
"This study indicates that a wide range of RNAs can be targeted to mitochondria by appending a targeting sequence that interacts with PNPASE, with or without a mitochondrial localization sequence, to provide an exciting, general approach for overcoming mitochondrial genetic disorders," the study states.
Going forward, Teitell and Koehler will test their new method in small animal models to determine whether they can fix a mitochondrial defect as it occurs in a whole organism. One potential use for the new method would also be to repair mitochondrial defects in reprogrammed, embryonic or adult-type stem cells for use in regenerative medicine therapies.
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University of California - Los Angeles Health Sciences: http://www.uclahealth.org/
Thanks to University of California - Los Angeles Health Sciences for this article.
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Public release date: 13-Mar-2012
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