New IVF technique IMSI at Morpheus ART Fertility Centers

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

How Sunless Tanning Technology was Perfected

With all the promotional hype nowadays about how certain companies have invented a revolutionary way of sunless tanning, the real truth about its history has been lost. Do we call these companies as the pioneers for sunless tanning technology or are they merely innovators who added their own ingredients in perfecting the technology for their own specific purposes? Well, it’s really more like the latter.

In reality, the first sunless tanning lotion was introduced to the market in the 1960s. QT or Quick Tanning Lotion was created by Coppertone to address the demands for a safer and easier way to tan. A television commercial showing a girl and a boy dancing to a catchy tune that says “You get a quick tan with QT! A double tan you see! It tans you anytime, rain or shine, when you use QT!” successfully created an advertising hype for the first ever sunless tanning lotion. (You can watch the video here However, the media hype immediately subsided as consumers saw that not only did QT not give them an even and smooth tan that becomes deeper when exposed to the sun’s rays, as the commercial claimed, but it also gave them an embarrassingly orange-ish complexion. This ended the production of the first ever sunless tanning lotion.

Now, like most products, sunless tanning technology emerged again as an answer to the demands of a growing consumer market. During the 1980s, when rumors were flying about that too much exposure to the sun’s ultraviolet rays and too many sessions under indoor tanning beds and lamps can cause skin cancer, the demand for sunless tanning technology rose. Naturally, people were afraid of developing cancer that they tended to look for alternatives to tanning. This was the time when beauty companies came out with a better and more effective sunless tanning lotion. Various companies capitalized on this high demand and production of sunless tanning lotions increased. As the supply increased, the prices also went down, making the product more accessible to the public as it is more affordable.

It has been said that the topical sunless tanning products that we enjoy today, like lotions, creams, sprays and cosmetic bronzers basically employ the technology that was innovated during the 1980s. Companies today just perfected the technology and combined it with various ingredients and components that provide the people with more value for their money. A very good example of this is the anti-aging sunless tanning lotion. Furthermore, practices, like exfoliating and moisturizing, were discovered that could ensure the achievement of a smooth and even tan. In a nutshell, fake tans can now look absolutely natural. What’s more is that it can be achieved at a cheaper price, as opposed to the more expensive sessions in indoor tanning salons.

It can be seen here that with the continuing development of modern technology, all things are possible. The orange tan that started in the sixties is now truly a smooth and even tan that can be achieved at home. This is made possible through the various sunless tanning products available in all major stores and supermarkets.

What Are Portable Dental Units Or Dental Delivery Systems

A portable dental unit or delivery system is a portable, mobile unit that can become a complete, fully-functional dental office in a matter of seconds. These units help dentists practice at locations that do not have the required facilities like clean water or compressed air.

These units come with self-contained water, compressed air and vacuum systems so that the need for on-site plumbing is completely eliminated. The possibility of infections is also minimized with the use of clean water from the system. The units come with a clean water bottle and a drain water bottle. A sizeable air tank provides air for the various dental procedures. All the dental instruments are contained within a carry case that has wheels, making the whole unit extremely portable.

Some of the dental instruments found in the dental delivery system would include an ultrasonic scaler, a 3-way syringe, a saliva ejector, a 2 or 4 hole hand piece, a LED curing light, a compressor head with sufficient power, a fiber optic handpiece, an on/off foot switch, a mobile patient chair, a mobile dentist stool and an operating light.

Traveling dentists and health care personnel can use these systems at any location very effectively for a wide variety of dental procedures. The units can also be used in nursing homes and private care homes.

Apart from their use in medical facilities, these portable dental units can also be used effectively in various other locations which are far removed from proper health care facilities. Missionaries working in remote mission fields in third world countries often minister to the needs of locals that need medical attention. These portable dental units can be extremely useful in such areas for qualified health care personnel to provide medical relief to patients.

The battle field is another area in which dental delivery systems can be of tremendous use. Soldiers injured in battle can be immediately attended to using a portable unit that has the required instruments for basic medical aid.

Sometimes, vacationers in camping sites and wilderness regions might also need medical assistance during emergencies. Dental delivery systems can be of tremendous use in such circumstances.

Therefore, these portable dental units not only help dentists attend to patients within the confines of a medical facility, but also in remote regions far removed from medical care, and sometimes from civilization itself. The importance of these units can never be overemphasized as they are of vital importance in the medical field for a wide variety of medical procedures.

Private Label VoIP Offers Branded VoIP Reseller Services and Products

In providing unified communication solutions, the private label VoIP reseller programs help the ISP, ASP, reseller and other non-traditional telecom providers to establish their own brands in the market. It is an attempt by the providers to deliver products or services with a system of brand building thrown in for good measure. Through this, the resellers or providers can offer reliable, high-quality as well as high-speed IP telephony solutions to the end-users, under their own labels. Therefore, with the ‘best’ services and products, the private label resellers have an opportunity to increase their customer retention rate. Apart from this, the resellers with a wide customer base can create an additional revenue stream as well as accelerate new customer skills to enhance their competitive positioning in specific domains.

To serve the customers worldwide, the private label VoIP resellers have to set up a special system namely- Power Platform. An added benefit of handling telephony needs with this software is that it eliminates the capital expenses to a significant extent. As a result, it leads to a reduction of costs because there is no need of costly technology and design team to maintain the efficiency in the services delivered. The resellers can save quite a lot on Power Platform system, which help them to steer their budgets to other important concerns such as product development or advertising. Unlike the white label VoIP programs, the private label VoIP delivers the opportunity to choose a full range of VoIP services such as business dial-access, private leased lines, high capacity connectivity and other value-added applications. These benefits make private label services all the more lucrative among different categories of users.

In addition to the VoIP services, the private label reseller programs include a suite of features to support a “unified” communication. As a matter of fact, this type of VoIP reseller programs provide features such as voice mails, call waiting, call conferencing, call forwarding and inbound caller ID, which are very much in demand in the residential market. With the advanced features such as voicemail, emails, conference calls and other multilingual operations, these services can serve the needs of large corporates as well.

The end-users or customers can avail the services of the providers of private label VoIP service without having detailed technical know-how. As a matter of fact, the end-users just need to install a software and avail high-speed Internet connections, as hardware equipment are offered by the providers. Once all these are in place, the users can enjoy low cost calling at local and international regions.

To conclude, it can be said that this domain is well suited for the providers who possess effective marketing skills and a large customer base to deliver their services.

E20-554 Isilon Design Specialist Exam For Technology Architects

In this era of high pace technology, it is highly essential to adapt changes in order to cope up with the challenges. E20-554 is a great certification offered by EMC for professionals who are willing to upgrade their knowledge.

Aim of E20-554 Isilon Design Specialist Exam for Technology Architects:
The aim of this specialized certification is to provide up to the mark knowledge to candidates regarding various related concepts of the field. The candidate is able to enhance his understanding on a number of concepts like data management Lifecycle, identify management, workload analysis tools, horizontal and vertical markets, input output patterns and much more. It means E20-554 enables a professional to further boost up his skills in order to meet the challenges of a competitive industry.

Career Advancement through E20-554 Isilon Design Specialist Exam for Technology Architects:
E20-554 is a well known certification offered by EMC. A great purpose of this certification is that it helps a professional to design solutions in a better way which is more compatible for customers by focusing on Isilon solutions. So, it can be said that it is a great way of career advancement for a professional. Furthermore, by passing the E20-554 exam, you are proved to be a certified professional with a better understanding of customers requirements. This also increases your credibility and you are able to get better job opportunities with a handsome amount of salary packages.

Requirements of E20-554 Isilon Design Specialist Exam for Technology Architects:
It is highly advisable for a professional who is interested in passing E20-554 exam to have adequate knowledge about the changing technology. A person having better technical experience has got better chances of passing this exam by having vast knowledge due to his practical field experience. At many points, bookish knowledge is not adequate. If this bookish knowledge is complemented by real world experiences, it becomes a competitive advantage over others.
The exam consists of three parts which are as under:
1.Gathering data requirements:
This is the first section of the E20-554 exam which focuses on gathering data requirements in order to design an Isilon solution. This is the basic and a key criterion in order to evaluate an Isilon solution is appropriate or not.
2.Sizing Guidelines:
This is the second part of the E20-554 exam which focuses on impact on performance and latency. Workload analysis tools are also used to derive results.
3.Design consideration:
This is the third section of the E20-554 exam which focuses on the impact on customers workflow. Few other important aspects are network requirements and topology, authentication sources and data life management. All these aspects help in architecting and designing an Isilon solution in a much more professional manner.

How to get prepared for E20-554 exam:
EMC is providing a great way to get better preparation of E20-554 exam by providing two training courses. These are great mediums to get an idea about the E20-554 exam. They are not compulsory courses but are highly recommended for better preparation.

Understanding Touchscreen Technology And Design

Embedded in phones, office equipment, speakers, digital photo frames, TV control buttons, remote controls, GPS systems, automotive keyless entry, and medical monitoring equipment, touchscreens are everywhere. As a component, they have reached into every industry, every product type, every size, and every application at every price point. Touchscreens are everywhere. In fact, if a product has an LCD or buttons, a designer somewhere is probably evaluating how they too can implement touchscreen technology. As with any technology, there are many different ways to implementation approaches, many promises of performance, and many different technical considerations when designing a touchscreen.

Anatomy of a Touchscreen

Knowing what you need is an important first step in designing a touchscreen product. Vendors in the touchscreen supply chain frequently offer different pieces of the puzzle, often times combining several to create a value chain for the end customer.

The front panel or bezel is the outermost skin of the end product. In some products, this bezel will encompass a protective clear overlay to keep weather and moisture out of the system and to resist scratching and vandalism to the underlying sensor technology. Other times, the outmost bezel simply covers the edges of the underlying touch sensor; in this case, it is purely decorative.

Touch Controller
The touch-controller is generally a small microcontroller-based chip that sits between the touch sensor and the embedded system controller. This chip can either be located on a controller board inside the system or it can be located on a flexible printed circuit (FPC) affixed to the glass touch sensor. This touch-controller takes information from the touch sensor and translates it into information that the PC or embedded system controller can understand.

Touch Sensor
A touchscreen “sensor” is a clear glass panel with a touch responsive surface. This sensor is placed over an LCD so that the touch area of the panel covers the viewable area of the video screen. There are many different touch sensor technologies on the market today, each using a different method to detect touch input. Fundamentally, these technologies all use an electrical current running through the panel that, when touched, causes a voltage or signal change. This voltage change is sensed by the touch controller to determine the location of the touch on the screen.

Liquid Crystal Display
Most touchscreen systems work over traditional LCDs. LCDs for a touch-enabled product should be chosen for the same reasons they would in a traditional system: resolution, clarity, refresh speed, and cost. One major consideration for a touchscreen, however, is the level of electrical emission. Because the technology in the touch sensor is based on small electrical changes when the panel is touched, an LCD that emits a lot of electrical noise can be difficult to design around.

Touch sensor vendors should be consulted before choosing an LCD for a touchscreen system.

System Software
Touchscreen driver software can be either shipped from the factory (within the embedded OS of a cell phone) or offered as add-on software (like adding a touchscreen to a traditional PC). This software allows the touchscreen and system controller to work together and tells the product”s operating system how to interpret the touch event information that is sent from the controller. In a PC-style application, most touchscreen drivers work like a PC mouse. This makes touching the screen similar to clicking the mouse at the same location on the screen. In embedded systems, the embedded controller driver must compare the information presented on the screen to the location of the received touch.

The Big Three of Touchscreen Technology
Resistive Touchscreens are the most common touchscreen technology. They are used in high-traffic applications and are immune to water or other debris on the screen. Resistive touchscreens are usually the lowest cost touchscreen implementation. Because they react to pressure, they can be activated by a finger, gloved hand, stylus or other object like a credit card.

Surface Capacitive Touchscreens provide a much clearer display than the plastic cover typically used in a resistive touchscreen. In a surface capacitive display, sensors in the four corners of the display detect capacitance changes due to touch. These touchscreens can only be activated by a finger or other conductive object.

Projected Capacitive Touchscreens are the latest entry to the market. This technology also offers superior optical clarity, but it has significant advantages over surface capacitive screens. Projected capacitive sensors require no positional calibration and provide much higher positional accuracy. Projected capacitive touchscreens are also very exciting because they can detect multiple touches simultaneously.

How Touchscreens Work
We”ll take a look inside the two most common touchscreen technologies. The most widely used touchscreen technology is resistive. Most people have used one of these resistive touchscreens before in the ATM at the bank, in the credit card checkout in most stores, or even for entering an order in a restaurant. Projective capacitance touchscreens, on the other hand, are not as broadly available yet, but are gaining market momentum. Many cellphones and portable music players are beginning to come to market with projective capacitance interfaces. Both resistive and capacitive technologies have a strong electrical component, both use ITO (Indium-Tin-Oxide, a clear conductor), and both will be around for a long time to come.

A resistive touchscreen consists of a flexible top layer, then a layer of ITO (Indium-Tin-Oxide), an air gap and then another layer of ITO. The panel has 4 wires attached to the ITO layers: one on the left and right sides of the “X” layer, and one on the top and bottom sides of the “Y” layer.

Stackup Layers for “Resistive” (Left) and “Capacitive” (Right) Screens

A touch is detected when the flexible top layer is pressed down to contact the lower layer. The location of a touch is measured in two steps: First, the “X right” is driven to a known voltage, and the “X left” is driven to ground and the voltage is read from a Y sensor. This provides the X coordinate. This process is repeated for the other axis to determine the exact finger position.

Resistive touchscreens also come in 5-wire, and 8-wire versions. The 5-wire version replaces the top ITO layer with a lowresistance “conductive layer” that provides better durability. The 8-wire panel was developed to enable higher resolution by enabling better calibration of the panel”s characteristics.

There are several drawbacks to resistive technology. The flexible top layer has only 75%-80% clarity and the resistive touchscreen measurement process has several error sources. If the ITO layers are not uniform, the resistance will not vary linearly across the sensor. Measuring voltage to 10 or 12-bit precision is required, which is difficult in many environments.

Many of the existing resistive touchscreens also require periodic calibration to realign the touch points with the underlying LCD image.

Conversely, projected capacitive touchscreens have no moving parts. The only thing between the LCD and the user is ITO and glass, which have near 100% optical clarity. The projected capacitance sensing hardware consists of a glass top layer (see figure 2), followed by an array of X sensors, an insulting layer, then an array of Y sensors on a glass substrate. The panel will have a wire for each X and Y sensor, so a 5 x 6 panel will have 11 connections (as shown in Figure 3 below), while a 10 x 14 panel will have 24 sensor connections.

Signal Intensity at Rows and Columns Denote Location of Touch

As a finger or other conductive object approaches the screen, it creates a capacitor between the sensors and the finger. This capacitor is small relative to the others in the system (about .5pF out of 20pF), but it is readily measured. One common measuring technique known as Capacitive Sensing using a Sigma-Delta Modulator (CSD) involves rapidly charging the capacitor and measuring the discharge time through a bleed resistor.

A projected capacitive sensor array is designed so that a finger will interact with more than one X sensor and more than one Y sensor at a time. This enables software to accurately determine finger position to a very fine degree through interpolation.

Since projected capacitive panels have multiple sensors, they can detect multiple fingers simultaneously, which is impossible with other technologies. In fact, projective capacitance has been shown to detect up to ten fingers at the same time. This enables exciting new applications based on multiple finger presses, including multiplayer gaming on handheld electronics or playing an touchscreen piano.

Without question, touchscreens are great looking. They have begun to define a new user interface and industrial design standard that is being adopted the world over. In everything from heart rate monitors to the latest all-in-one printers, touchscreens are quickly becoming the standard of technology design. Beyond just looks, however, touchscreens provide an unparalleled level of security from tampering, resistance from weather, durability from wear, and even enable entirely new markets with unique features such as multi-touch touchscreens. With touchscreens making their way into so many types of products, it”s imperative that design engineers understand the technology ecosystem and technology availability.

The Technology Behind Blueray Dvd Players

Make it smaller” has become the motto of all electronic majors of this era. A slight variation of this motto is Stuff more into it. Our technology in focus in this article falls in the later case. When Compact dics were first introduced they were viewed as something alien and from the future.

Those Compact Discs as their name suggests were convincingly compact and can carry more data than a kilogram of their predecessor. When the DVDs were introduced though they were welcomed they didn’t have the zeal equivalent to the CD magic. BDs or the Blue Ray Discs are expected to change the trend of memory storages, yet there will be stiff competition from the booming flash memory devices, which have now come with memory storages as high as 256GBs in a single stick.

Anyways these BDs will still be a trend setter with their cost effectiveness and the additional features they provide apart from just memory storage. Let’s have a look at the features that might make another magical welcome in the technology society.

First of all the most stunning fact about a Blue Ray Disc is the storage. A single BD can store up to 50GBs of data if it were a dual layered BD, 25GB per layer of a 2D disc. These discs will find massive application in the areas of Multimedia data like making Movie discs, play station 3 games and for other high-definition video storage or other multimedia data storage.

The disc is supposed to be of diameter 24cm just as a normal CD/DVD for a standard BD of single layer capacity 25GB. High definition videos of pixel resolution up to 19201080 can be stored in this disc with a frame rate of 60frames per second interlaced or 24 frames per second progressive.

The technology as the name suggests is the lower wavelength blue-violet laser usage. The conventional CDs uses a wavelength of 780nanometer, while DVD reduced this to 650nanometer red laser increasing their storage, whereas BD uses a much shorter wavelength of 405nanometer blue-violet laser enabling storage to increase as high as 6times than a normal DVD.

Spot size is the one that differentiates between a CD, a DVD or a BD. The smaller the spot size the larger the storage. This spot size is limited by diffraction and the shorted the wavelength the more accurate and hence the lesser diffraction and hence smaller the spot size. Only hence as the wavelength of the laser used decreases, we were able to increase the storage capacity of the disc.

In addition to the huge storage, there are options for writing multiple sound tracks for a video or music. All this n.1 speaker systems and the high technology diligently implemented in getting realistic sound effects will be of no use if the source doesnt support. The audio data of the source has to be written in such a way that it supports multiple tracks. With BDs this is possible in a degree that was not possible till DVDs.

As the amount of complexity of the data storage increases, the sensitivity of the disc also increases. BDs are more vulnerable to scratches. Hence Hard-Coating of the pick up surface is introduced to make the discs scratch proof. All BDs have to be hard coated.

Backward compatibility of BD ROM is also taken into account. BD-ROMs introduced earlier though can read DVDs can’t read CDs, now BD-ROMs were made with CD reading capabilities.

Hollywood has also accepted to follow BD codec and slowly replace DVDs with BDs. Most of the major music and electronic companies have started supporting BDs. Hope this new technology would soon become affordable and common and make life better.

Technology and Movies, Too Much

While there is very little doubters indicating technology in movies is a
cancerous plague of sorts. However, with this added and very significant
plug-in, has this technological assistant gone too far?

Asset yes, but as with any good recipe that tastes like heaven, a little goes
a lot farther than a lot! Indeed, movie making in general has adopted this
formula for sometime now, but never as much as recently.

Wildly entertaining from animation, action, to supernatural movies, the normalcy
of having major amounts of technology from born via computers has quite simply,
superseded traditional production formats.

However, what happens when technology is totally taken out of the proverbial
equation as with movies of the past? You get a very plain but heavily reliant
film on personalities that drive the movie along it’s merry path.

While, these are extremely realistic flicks, they lack that little punch that
technology can add. Did you notice that ‘little’ was added in the previous

sentence? Sure you did, because that is many times, all that is needed!

For movies that can be readily expressed with this barebones strategy, the
films of today are injected with simply too much computerized technology that
waters down and sort of insults the viewer altogether.

Hopefully, this article will not be interpreted as one melancholy author who
longs for the olden days of pure movies devoid of technological advances.
While some of this may be true, it is the current state of overabundance that
technology breaches in movies today.

Unfortunately, this trend will probably be masking even more movies in the
future that would otherwise do quite well without it’s presence. Nonetheless,
technology and movies is here to stay; but scaling back will help more rather
than hurt in a vast amount of future plots on the production block!

Are you looking for excellent value in online movies? Try watch movies online store for all movies ever made with ‘non-peer-to-peer platforms’ located at

Hire a virtual assistant and delegate your technology challenges

As an entrepreneur, you know you excel at several things. You are really good at what you offer and there are some additional -back office- skills that you handle well too. But you are not good at every single thing, nor should you expect that of yourself.

Sometimes clients who have a lot of technology challenges start to feel this is a sign they are going in the wrong direction. Don’t allow yourself to read the signs incorrectly or take away the wrong message.

You want to focus on what you are really, really good at and then delegate the rest. This can be especially true for online marketing which is so technology driven. With such a big learning curve, delegating these tasks makes the best use of your time. So, who should you seek to help with technology?

Many clients tell me how they seek out friends to help with website construction or online marketing. The problem is, unless you are paying for the service, you are not a true business priority. Your friends have other job responsibilities and clients to serve. You can’t count on when they will have time to get your project done and this can even strain your friendship.

On the other hand, there are big web marketing companies who have lots of talented staff to help you get online or market online. In this case the trouble is these services usually charge hefty fees that might not be affordable to a new business.

The solution I recommend is to find a Virtual Assistant to help with your technology. Hire one to be your online business manager. You can work with them to create a plan for Internet marketing or do your social media. They also are knowledgeable about video conferencing and email marketing. The key is don’t go too small or too big. Find a service that meets your technology needs and feels just right, as well as fits your budget.

Where can you find Virtual Assistants to help? Search online. There are plenty of reputable organizations. Ask colleagues who they use to see if you can get a good referral. You’ll be amazed at the great options they can provide. Don’t waste your time trying to be good at everything. Focus on what you are good at and delegate the rest. That’s just smart business.

Your Client Attraction Assignment

How are you with technology? Do you feel challenged in this area? Allow yourself to get the help you need rather than get frustrated by trying time after time to get something done. Or waiting for friends to get around to helping you. Delegating is the key to expanding your business and leveraging what you are good at. Find a virtual assistant who can take the burden off your to-do list.

The Benefits And Drawbacks Of Voip Technology


VoIP has become so popular that every where in the world you will find this technology evolving exponentially. No matter which business you are running, to be able to get the fullest output you should be relying on the VoIP usage. Like any other technology VoIP has many advantages that is attracting people from all over the world and from any size and type of business to implement the use of VoIP systems. Some of the benefits of VoIP are as follows.


1.Cost Reduction: The VoIP implementation means lowering the total cost of operations and maintenance of the telephony. The cost of both the data and the voice networks are lowered with the usage of IP telephony.
2.Simplification: The equipment and wiring costs are further lowered by the use of integrated systems. As the communication is made through a single wire the systems are more simplified but efficient.
3.Less Complex: The overall implementation of the IP telephony systems universally allows the system to be less complex.
4.Advanced Features: The advance feature like video conferencing and tele presence is done by the integration of data and voice over the same medium. This increases the efficiency of the overall system.
5.Lower Call Rates: The VoIP enables all the international calling to be performed at a lower call rates. The calls are cheaper than the local existing PSTN calls.
6.Mobile System: The IP Telephony is done via MAC addressing thus the system is mobile; it can be plugged anywhere in the network.
7.Flexible: The system makes sure that the voice can be delivered any where in the world regardless of the media the other side is using.
8.Increased Bandwidth: The high data rates makes it efficient to deliver voice using less bandwidth.


Like any other thing in this world VoIP also has some disadvantages regardless of its vast benefits.

1.VoIP telephones are still dependent on the wall power. This means that if there is no power the VoIP phones are useless. They can’t function when there is no power. The system uses the phantom power provided by the central office. If there is no power the traditional phones still works but VoIP systems need to be more stable when it comes to the power source.
2.VoIP systems can’t be integrated with the digital videed with the digital video recorders and security systems. Although all these syslthough all these systems use the phone lines but they can’t be integrated into the VoIP system.
3.In case of emergency VoIP calls are not very reliable. In some cases these calls might not function as we want them to and thus a local phone line serves the best.
4.VoIP systems are susceptible to different factors like call packet loss, jitter and latency. These factors lower the call quality. Also the VoIP systems can easily be attacked by viruses and hackings.