Technology

Is Technology Making Social Anxiety Worse

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I love video games, I love my computer, and I love my flat screen, but I find myself wondering sometimes if technology is making social anxiety worse. Has the convenience that technology has given to us also hindered us from overcoming social anxiety as a whole? Has technology made overcoming social anxiety even more difficult by placing a virtual barrier between human interaction and physical contact?

We can research and make friends with people online, but there is a lack of human interaction. The advantage of being online is that you can find a community to help you with whatever problem you have, but the disadvantage is the lack of action. We start using the internet as our outlet to being social.
There is a huge lack of “real” interaction. We can sit at home and keep ourselves entertained with the hundreds of channels we have. We can live our vicariously through the character we play on video games, hell we can even pay our bills online so we don’t have to interact with another human being.

I love the benefits that are given to us because of technology, don’t get me wrong. I think it’s great that I can do everything I listed above. I love the fact that I can save time and money by sitting at home. I think technology can help and hurt you at the same time.

The way that I figure it, technology is like a fine wine. Doctors say, for the time being anyway, that a glass of wine a day is good for you. On the other hand, If you drink too much, it can kill brain cells and also can cause liver problems. Technology, like wine, can affect your relationships if you take in too much of it and let it control your life.

I think it’s outstanding that I have friends from all over the world that I’ve never met and probably never will, but I think it can also stunt your growth when it comes to getting past the reality of shyness and social anxiety. I realize that technology is a tool we can use to reach out to others but we need to use it wisely and apply what we learn with it, to the outside world. We have to make sure we don’t use technology as a crutch to avoid physical social interaction.

New IVF technique IMSI at Morpheus ART Fertility Centers

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Male fertility is a real problem and there are indications based on reports from fertility treatment registers in several countries that this is increasing. There are many possible reasons for this increase and the most plausible cause could be the increasing exposure to environment factors that are an outcome of unregulated industrialization as well as lifestyle choices. While we are now constantly warned of the effects of the constant plundering of the environment with visuals of floods and crashing icebergs, we are often oblivious of the reproductive effects of environmental pollution. One example is the evidence that has accumulated over the years into the link between sperm defects and exposure to lead which is an ingredient of common chemicals such as paints that we are exposed to on a daily basis. There are also indications of the toxic effect of agricultural chemicals such as DDT which is widely available and used in India despite a government ban. What is not clear however is the exact mechanism of action of these toxicants on the male reproductive system and modern technology does not allow us to directly link a sperm defect in any individual to a particular substance in the environment. Similarly lifestyle choices and their effects on our health are not surprising. Research does point to the toxic effects of individual lifestyle choices such as tobacco chewing and the indirect effects of decreased physical activity leading to obesity and its possible associated impact on sperm production. But it is sometimes too early to come to a conclusion as the widely publicized and controversial American study on the effects of mobile telephone signals on sperm production in rats was not easily accepted by the wider scientific community.

However research into treatment of this challenging condition has been continuing and has resulted in revolutionary new possibilities. ICSI or intracytoplasmic sperm injection had revolutionized the treatment of male fertility with the ability to use the sperm from men who have had trouble conceiving due to poor quality sperm that had defects in movement, were too few in number or had other problems not detectable by conventional microscopy. In this technique sperm are picked up with a micro-needle and placed within the oocyte. The union of the egg and sperm take place and viable embryos grow out of this union. These embryos are then deposited in the uterus resulting in healthy births in a high percentage of patients. It is reported that thousands of cases have been performed since that path breaking moment in Brussels when sperm were first successfully injected into the center of a human egg. But it has never been entirely clear whether the entire natural sequence of events leading to fertilization is being repeated after ICSI is performed. However the results in terms of live births have been encouraging and as a result there is a definite trend towards increasing use of these techniques. The European society for human reproduction and embryology in its annual reports point to this trend and it is assumed that this increase is both due to an increasing incidence of male fertility as well as increasing confidence in the outcome of this technique.

Another remarkable extension of this technique was when the first successful pregnancies were reported after the use of sperm that were surgically removed from the testes of men who do not have sperm in the semen. Although there were initial concerns about the plausibility of gaining healthy live babies from sperm that are still developing in the testes, the results over the years have given immense confidence to the medical community. As a result thousands of males who could not have imagined having a child have undergone the testicular sperm extraction procedure followed by ICSI and have children of their own.

But sperm pathologies have continued to remain a challenge and ongoing research has yielded few answers to the reason why many men fail to conceive despite all these advanced techniques and seemingly normal partners. There is plenty of evidence to show that genetic defects in the sperm could result in a form of self selection such that these genetically abnormal sperm fail to initiate or complete the sequence of events leading to a healthy embryo. These gene defects are not visible in a normal microscope nor can any sperm that has been exposed to tests to determine the presence of these defects be used for ICSI as these techniques are destructive to the cells. The only test that has shown a relationship to potential is the structural appearance of the sperm cells. These defects can be of numerous types with defects observed in the head, neck or tail of these cells. This simple test of observation is used during the ICSI technique while trying to select out sperm from among the millions of cells. As mentioned above, the most normal looking sperm are selected out using a microscopic size needle at a magnification level 200 times normal. But the power of this selection method is impeded by the magnification level that is achievable by the equipment that is designed for ICSI. This has led to researchers trying to more efficiently perform ICSI by discerning the various structural abnormalities that would not be visible with conventional technology.

A group of researchers in Israel first published their work on the IMSI (Intra-cytoplasmic morphologically selected sperm injection) technique in 2005 and this study was subsequently supported by clinical studies showing its efficacy in groups of patients with extremely severe sperm defects. In this advancement over ICSI, the sperm can be more closely examined reaching magnification levels more than 7000 times. Looking at sperm at this magnification shows defects in sperm head that cannot be seen in conventional microscopes used for ICSI. This has been an exciting new development and numerous births have been reported from extreme cases of male infertility.

Research into male fertility continues with some researchers taking up the challenge of finding methods of treatment in males whose testes do not have capacity to produce any sperm. There have been attempts in other species to create sperm cells from embryo stem cells but modern science is a long way from achieving this successfully with human cells. Until then ICSI and its more advanced version IMSI will be the answer to thousands of couples frequenting fertility clinics for treatment of sperm related problems that are not amenable to medicines or surgery.

If you want more detailed information that can help you, contact me at Morpheus ART Fertility Centers for knowing more about IVF Fertility infertility specialist,fertility centres that can provide the best affordable quality infertility,fertility treatments with advanced reproductive technologies like IVF,ART, GIFT, ZIFT, TET, ICSI,IMSI,donor egg,surrogacy services.

Contact For More details:
IMSI write up by Dr. Sawas Thotathil
Morpheus Life Sciences Pvt. Ltd.,
Tel: 91 22 42030903
Fax: 91 22 42030901
www.morpheus-art.com
info.morpheus.

Advantages Of Technology Training And Call In With An All American Company

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Need help with updating your technology? There are many advantages of technology training. It will keep you up to speed with the most updated informational systems and programming options available. If you need a little more step in your giddy up then maybe it is time to call in for some back up. This can be in the training you receive or the help you acquire.

If you are looking for training in the technology field there are companies that specialize in this as well. With a lot of work being farmed out oversees, it is good to know that there are companies that still train and hire Americans right here in the United States. One such company is Grapneltech.

This is a company dedicated to matching employers with employees. They offer these temporary situations for those who want it or permanent head hunting opportunities if someone is looking for a person trained in the technology field. Most jobs these days require some sort of technical training while others demand it.

If you need training Grapneltech can hook you up as well. They have course offered to professionals who want to step up their game on their own or corporate training of your current employees to bring them up to speed. You may have a dedicated employee that you do not want to lose. They just may need a brush up on the latest informational systems that are currently running.

If you have a project that needs completed you can also hire one of their consultants for the task. They will come, be your project manager, follow it through to completion and then wish you well on your own. If you need someone trained while the completion is in process they will ensure that it gets done. Whatever you need done that is what they will do.

The Impact Of Barcode Scanner Technology On Businesses

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Barcode technology has become omnipresent and is being used in every aspect of businesses to prevent errors caused by human intervention, and enhance overall efficiency across applications. Processes like inventory control have seen revolutionary changes since barcode help to track all product details and update inventory levels at all times. Barcodes are a universal feature now and do not attract attention anymore. They are in use in offices and commercial establishments, hospitals and warehouses, hotels, government agencies and all organizations required to keep an inventory of products and services.
Customers and clients seldom stop to consider the working of barcode scanner technology. No one thinks of the meaning of the parallel black and white lines, the light beam flitting across them and how they transmit the same data found on the label. The only certainty in everyone”s mind is the accuracy of the information and the fast pace of transactions.

The rationale behind all this is manner in which barcode technology works. Any item that is barcoded has been identified, and all relevant details about it stored in the system or the host computer. The information coding takes place in a special barcoding language, and it is the job of the barcode scanner to decode that information and present it in a human readable form.

Barcode languages are simple since they contain symbols that are like a string of bars of different sizes, some short, some long, and interspaced with unequal spaces shown in white. Thus it appears as a series and every part of the series stands for a certain number of characters. Special barcode software eases the whole process of storing information and later decoding it.

Hence barcode software is the critical part of barcodes and barcode scanning processes that eases the working of the whole system. Specialist software programmers use barcode software to keep an inventory list of their products. This is accomplished by entering the name of the product, and assigning a unique product identification by generating a barcode for it with the aid of an advanced database system that stores all the product information. This information is the key to all inventory tracking, updating records, and each time the barcode scanner scans the barcode, its details are immediately extracted from this database.

Barcode scanners are designed to read the barcode label with the aid of photo sensors that are fitted inside. The sensors are responsible for deciphering each scanned barcode with its spaces, parallel bars of different length and widths. Then this is matched to the corresponding information in the database.

The Sony Ericsson Vivaz Incorporates A Wealth Of Technology

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A recent UK TV advertising campaign suggests that Sony Ericsson has high hopes for it new handset, the Vivaz. If the spec list is anything to go by, it certainly looks set to be popular. Its key features include touch screen navigation, an 8.1 mega pixel camera with the ability to shoot HD video, and Wi-Fi internet access.

The Vivaz utilises both vibration and ringing to alert users to incoming calls and messages, with the option to assign MO3 music files as ringtones. This allows users to customise their phones so they can hear whatever song they like when the phone rings. In order to achieve handsfree communication, both a speakerphone system and an audio jack are included, the latter of which accommodates both earphones for listening to music, and handsfree headsets.

An array of features is included as standard, which accomplish a range of everyday tasks. A versatile media player supports most common formats of both music and video files, such as MP3 and MP4. Alongside this, a stereo FM radio player is included, as is a selection of pre-installed games along with access to a library of additional downloadable games. Social networking fans are well catered for with Facebook and Twitter apps which offer a convenient method of directly accessing these sites. YouTube and Picasa integration is an impressive feature which allows photos and video s taken on the phone’s camera to be directly uploaded to these sites in seconds for the world to enjoy.

The Vivaz relies on touch screen technology for navigation of the Symbian Series 60 user interface. The 3.2 inch TFT resistive touch screen displays up to 16M colours within a pixel layout of 360×640 for high quality display of on screen content, offering great levels of detail and clarity. An accelerometer sensor is built into the screen for auto-rotate of the on screen content, so it can be viewed in both portrait and landscape forms. Another interesting feature of the screen is an accurate handwriting recognition tool.

Internal memory within the Vivaz is 75 MG as standard, which offers a good deal of storage for data such as music tracks, video clips or photos. A micro SD card slot is also provided for the same purpose, with a pre-installed 8 GB card. This can be upgraded, however, by installing a card of up to 16 GB in the card slot. This would provide enough storage for most people’s needs. The internal phonebook features the popular photocall function. This allows users to assign a photo to each contact. This is in turn displayed on the screen whenever that person calls or is called.

As mentioned, a powerful 8 mega pixel camera is included, which offers extremely high quality photos along with the ability to shoot gorgeous HD video. A TV out port means the phone can be plugged into a compatible HD TV so High Definition can be enjoyed in all its glory.

Both 3G and Wi-Fi provide fast internet connections dependent upon location, and class 10 versions of both EDGE and GPRS keep the Vivaz connected to cellular networks.

With such impressive hardware as well as software, it would be surprising if this exciting new handset was anything less of a hit for the manufacturer.

If you like the Sony Ericsson Vivaz check out the Sony Ericsson Vivaz Pro