Abstract of precision eye and laser
hospital
The
paper is based on the information about the new technologies used in the
medical field to improve the diagnostic system in a specific hospital. The
research is based on the treatment required by diabetic patients who needs
retinopathy. The main purpose of the study is to learn about the different
technology managed in coming three years and to evaluate the technology used in
three years with different way such as in first year there is analysis of
requirements of goals which are set by the management to meet the requirements
of attaining the goals.it is all about the strategies which explains the
engagement of employees in a specific task. In second year there is execution
of plans and analysis about the management of the resources which are developed
and allocated to implement in attaining the ultimate goals of the organization.
In the last year, there is proper testing of the system, which is used in the
ophthalmologist to find out the progress in the system. The section based on
discussion about the significant perspective which is used to improve the
quality of the outcomes.
Introduction of precision eye and
laser hospital
The
report is based on Precision eye,
and laser hospital is based on working with new technology and multiple lasers
for eye treatment, which are fully equipped in minor surgeries. Precision eye and laser hospital is always
encouraged to improve customer service and wants to increase the quality of
care with new and innovative technology and education. The office of Precision eye and laser hospital currently bring
the expert refractive surgeon in Boston to access of patients to the advanced
techniques in the eye care with radioactive lasers. Precision eye and laser hospitals are now
accepting different and new patients. The staff of Precision eye and laser hospital always respond
to customer’s call who wants to get information and arrange the schedule of the
appointments and answer all the questions which are asked by the patients. There
are different technologies that are used in diabetic patients with eyesight
impact (J. H. Schroeder & Kiderman, 2017).
Precision eye and laser hospital office is
working in Dental services with the services of expertise, which is located in
Washington. All the offices are connected with the head office and implement
all the policies and regulations with mutual consultation. There are different
facilitation for the patients to pay for the treatment with high payment and could
be paid through Citi Health card, which has flexible payment plan, which
facilitates the patients could pay within the 12 months without interest
payment plan. Precision eye and
laser hospital providing the services of PRK surgery, refractive lens exchange,
diabetic eye care, glaucoma, and pediatric ophthalmology. As concerned with the
description of the American Diabetes Association and American Academy of
ophthalmology vision care for diabetes in the Diabetic Retinopathy awareness
program in the country with the help of advanced laser and technologies. The main objective of the paper is to
identify the baseline features in the population which is randomly used in the
clinics. The research shows that there are almost 2 thousand people who are
suffering from diabetes and want to get treated by professionals with advanced
and innovative products. The research study mainly targets the features of
patients who interviewed, and almost 35% did not follow the instructions of
vision care. Ophthalmologists performed approximately 50% of the examination in
the adherence with different ratios such as in diabetes it is OR = 0.97, and another
one maybe, OR =1.62 are more furthermore, there are also calculations about the
examines of ophthalmologists as OR =5.32 and non-ophthalmologist OR =4.29 and
practical knowledge about diabetes is OR = 1.57 and much more data in the
population which should be followed by the participants with which are not
being followed by the guideline provided to the modifiable factors which could
increase the early detection of diabetic
retinopathy (G. A. Moo-Young, 1985).
Background of precision eye and laser
hospital
This
section of the paper is related to the work which is done by the other on the technology
used and the implementation of these technologies in different business
organizations. For the better part of the implementation of different
strategies in the company which managers required to implement in the company
to get the goals that are set by the top management. All the strategies also
used to help out the managers to take the planning process in practical form
which is substantive issues which could affect on long term relationships of
well-being in the certain organization. Precision eye and laser hospital providing the services of PRK surgery,
refractive lens exchange, diabetic eye care, glaucoma, and pediatric
ophthalmology, which could be served with different technologies. The technological
world has been exploring the field of every business in much more effective
way. They use Laser cataract surgery as advance treatment as best tool for the
treatment of patients. This technology may include different steps such as the
corneal incision, anterior capsulotomy, and lens fragmentation. These
technologies added value in Precision eye
and laser as it creates the accuracy in the work in productive way.
As
concerned with the work of others who are using the technologies with due care
so the competitors could be managed in the same market. To explore the
technologies in the enforcement of strategies to get better performance. We can
see that it could be examined that there is evolution in the planning and
strategies in decision making process.
The
research of other organizations shows that formal strategic planning could be
different in different organizations. This implementation of the strategies in
technology use could be separated in parts, and each could be dealing with
various formulation of the technology. Precision eye and laser hospital also implemented these strategies to find
out the results in the evaluation of strategic planning to improve the
effectiveness (T. V.Roberts, et al., 2013).
The Precision eye and laser could divide these strategies into
three years plan, which means that the strategies are implemented in three
years to get the final and ultimate results. In laser cataract surgery, which
is surgeon creates the location of the plane to perform the laser treatment of
the eye. This is important in the treatment as it provides self-seeding and
overcomes the chances of risk. The other technology is used in Precision eye, and laser is capsulotomy, which
is naturally covered with a thin layer. The cataract surgery helps the surgeon to
remove the front portion which creates the disturbance. It is significant to
take into consideration that it enables the cloudy lens. It must be replaced
with new one implant of the artificial lens in the replacement of broke lens.
In anterior capsulotomy performed with the different technologies. The other
one is lens and cataract fragmentation, which is used in ultrasonic rays to
break the lens with ultrasound technology to get desired results as incision
burn a good chance of leaking in multiple sources to use in the treatment. The
lens is covered with cataract surgery, which is used in the surgery of the
damaged lens to solve the vision problem in the eye.
Astigmatism
correction in the cataract surgery which is needed to reduce the prescription
reading the glass in the surgery. The surgeon uses the technology with
astigmatism, which causes the cover of the cornea look like a football, some to
extent. To overcome the problem of astigmatism, it is used to replace its cover
with flattens, which is covered with rounded curve. This process, which is used
in the treatment with the technology in the treatment process is known as
limbal relaxing incision LRI which could be performed by the surgeons with
diamond blade, and it providing better results to overcome astigmatism. The
assisted cataract surgery could be used in LRI in very prime location which
could effectively show results.
Furthermore,
there are different technologies used in the eye Precision eye, and laser hospital is LenSx LensART and Victus. LenSx is a
system that is approved by the surgeon and expertise in cataract fragmentation.
LensART is process that is approved for corneal incision which deals with the
issues with the cornea. The AR in the name of the technology, such as Augmented
Reality which means that the imaginary technology in the eye could be collected
with biometric data following the patient’s requirements. Victus is a platform
which is improved in the fragmentation in the cataract surgery. It minimizes
the risk of maintaining the natural shape of the eye (A. Garg & Alio, 2012).
These
are the technologies which are used in the treatment of the diabetic patients
who have eye problem in the Precision eye
and laser hospital as well as with the treatment there are many advantages
connected with these technologies. The cataract surgery is an effective and
most successful technique used in eye treatment as many people don’t want to
take extreme levels of laser. Therefore, this could be suitable to achieve the
goals in the hospital. It is considered as best factor to research the
technology being used in the treatment.
First-year plan of precision eye and
laser hospital
Every
organization starts its planning from the origins as the planning of any task
could be derived from the very first stage, so it could be simple for the
management to implement the strategies properly as they could understand better
their own made strategies. Procedures and rules are developed to maximize the
revenue and to meet the requirements of capital market, which expose the budget
annually. The first year is spent on the presentation of different business
strategies that are used to formalize the strategies with the specific targets
with the financial objectives. Precision
eye and laser implement the strategies of conventional lens surgery and the
equipment which is used in these methods, which are used in the treatment of
cornea. This allows the surgeon to break the damaged cornea and treat the new
one with better treatment, which could also improve the function of pupil. The first
year is all about the earning from different projects implemented with low
investment and to get higher returns. These plans of the technologies need to
be set in the organization to get maximum benefits in work related to that
project (J. Fanning, 2006).
Second-year plan of precision eye and
laser hospital
In
the second year, hospital manages the plans of using different technologies
other than the number implemented in the specific area of business. In this period
the complex system of technology used in the economic system could be exceeded
in the different techniques which could be used by the manager. The cataract
technology could be used in test accuracy of diabetic retinopathy screening,
which is originated by the non-ophthalmologist, which is planned in first year.
The technologies being implemented in the treatment of different disease could
be implemented in second year with all the procedures and formulas which are
being enforced in the plan. This is important in the treatment as it provides
self-seeding and overcomes the chances of risk. The other technology is used in
Precision eye, and laser is
capsulotomy, which is naturally covered with a thin layer. The cataract surgery
helps the surgeon to remove the front portion which creates the disturbance. It
is significant to take into consideration that it enables the cloudy lens. It
is summarized in this portion that how the different resources are allocated in
a way to get the ultimate target of the technologies used in the treatment of
the patients who are suffering from diabetes and get impact on the eyes.
Third-year plan of precision eye and
laser hospital
In the third plan of the
testing modules of the system and the techniques that were used by the
ophthalmologists can be assessed in this part, what effects and results they
had on the patient after implementation, the DTA and DR screening is an
evidence-based diagnostic test useful for the screening intervention of the
diabetic patients. For the screening intervention of the DTA 700 participants
over the age of 18 with diabetes will be taken out and the two-field retinal
imaging was used to capture the images before and after the dilatation of the
pupil, the data were assessed by measuring and comparing the different levels of
DR with a retinologist clinician examine according to the adopted guideline.
And laser-cataract
surgery and its further three systems are used in the coming years to cure the
diabetic ophthalmology in the hospital, and it was decided after having the trails,
and these trails provide the excellent results in the clinician practice
although the laser cataract surgery is more expensive than that of conventional
cataract surgery. And Diabetic retinopathy is another technique will be used in
the hospital in coming years as physicians take trails for assessing how god
this technology will be they said that the images that are grading images from
a digital handheld non-mydriatic camera at the clinic the results they would
find are the patients who provide grading images have dilating pupil, and they
have the valid modality to identify the considerable level of DR. and this
technique will be an appropriate module for the existing opportunities to
screening for coverage (P. M. Houck, 2006).
Precision eye and laser hospital were providing
the services of PRK surgery, refractive lens exchange, diabetic eye care,
glaucoma, and pediatric ophthalmology. As concerned with the description of the
American Diabetes Association and American Academy of ophthalmology vision care
for diabetes in the Diabetic Retinopathy awareness program in the country with
the help of advanced laser and technologies.
The main objective of the paper is to identify the baseline features in
the population which is randomly used in the clinics. The research shows that
there are almost 2 thousand people who are suffering from diabetes and want to
get treated by professionals with advanced and innovative products. The
research study mainly targets the features of patients who interviewed and
almost 35% did not follow the instructions of vision care. As concerned with
the work of others who are using the technologies with due care so the
competitors could be managed in the same market. To explore the technologies in
the enforcement of strategies to get better performance. We can see that it
could be examined that there is evolution in the planning and strategies in
decision making process.
Conclusion of precision eye and laser
hospital
All the research shows
that the hospital is a keen concern with the treatment of the patients with new
technologies which are adopted by the hospital with a perfect plan of three
years based and could be managed within the three years with maximum
satisfaction and reliability. The work is done by the other on the technology
used and the implementation of these technologies in different business
organizations. For the better part of the implementation of different
strategies in the company which managers required to implement in the company
to get the goals that are set by the top management. There are different
technologies used in the eye Precision eye,
and laser hospital is LenSx LensART and Victus. LenSx is a system that is
approved by the surgeon and expertise in cataract fragmentation. LensART is
process that is approved for corneal incision which deals with the issues with
the cornea. All the strategies also used to help out the managers to take the
planning process in practical form which is substantive issues which could affect
on long term relationships of well-being in the certain organization. Precision eye and laser hospital providing the
services of PRK surgery, refractive lens exchange, diabetic eye care, glaucoma,
and pediatric ophthalmology, which could be served with different technologies.
The first year spends on the formation of the plans, and the second was
utilized in implementation of the plans, which are hard part of the research
and planning. In the last year there are outcomes that show the reliability of
that plan, which was implemented. It shows that the technologies will help make
progress in treatment of diabetic patients in the Precision eye and laser hospital (J. X. Shen, Zhou, & Liao, 2003).
REFERENCES of precision eye and laser
hospital
A. Garg, & Alio, J. L. (2012). Femtosecond Laser
Techniques and Technology. JP Medical Ltd.
G. A. Moo-Young. (1985).
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J. Fanning. (2006). . Are
your CO2 lasers precise?. Biomedical instrumentation & technology, 40(3),
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J. H. Schroeder, &
Kiderman, A. D. (2017). U.S. Patent No. 9,655,515. Washington, DC: U.S.
Patent and Trademark Office.
J. X. Shen, Zhou, R. R.,
& Liao, W. H. (2003). The principle of the excimer laser aberration
correction system. Chinese Journal of biomedical engineering, 22(5),
410-417.
P. M. Houck. (2006). Comparison
of operating room lasers: uses, hazards, guidelines. Nursing Clinics, 41(2),
193-218.
T. V.Roberts, Lawless,
M., Chan, C. C., Jacobs, M., Ng, D. B., & Sutton, G. (. (, 2013).
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& experimental ophthalmology, 41(2), 180-186.