The document describes a proposed solution called PetScan that uses electronic pet collars with barcodes. Scanning the barcode with a smartphone provides access to the pet's medical history, vaccinations, allergies, and other important details. The collars would be sold at animal shelters, pet stores, and clinics. Owners would pay a small fee for the collar and a monthly subscription fee. This would provide rescue organizations with ongoing funding. Scanning a lost pet's collar would quickly connect the pet with its owner.
GDCA is a digital marketing agency that provides eMarketing capabilities to pharmaceutical companies using their proprietary DIAGRAM software, which allows for interactive experiences and 1:1 conversations with customers through various digital channels and content. They utilize active learning theories and analytics to optimize user experiences and measure ROI of their digital programs targeting various healthcare professionals and patients. GDCA's goal is to solve brand challenges for clients through meaningful bi-directional conversations and generating results.
The document summarizes a study that compared long-term outcomes of individuals who received restorative home care services (HIP and PEP programs) versus usual home care (HACC) over 5 years. The study found that individuals receiving restorative home care had reduced home care service use, were less likely to be assessed for residential care or die, and represented a better return on investment than those receiving usual home care.
What is a Positron Emission Tomography?Yvonne Saura
A PET scan is a nuclear imaging test that uses radioactive tracers to show how organs and tissues are functioning on a molecular level. It works by injecting a small amount of radioactive sugar molecule called FDG into the bloodstream. Cancer and other diseases require more energy so the FDG accumulates in these cells, allowing them to be seen as hot spots on PET images. PET scans are useful for detecting cancer, Alzheimer's disease, epilepsy and more.
Pet presentation, positron emission tomography emicica
PET is a nuclear medicine scan that uses radioactive tracers to visualize metabolic processes in the body. It works by administering a radioactive tracer that accumulates in tissues and organs, emitting gamma rays that are detected by a ring of scintillation detectors. This allows reconstruction of 2D images showing tracer concentration. Common tracers include carbon-11, nitrogen-13, oxygen-15 and fluorine-18, which are produced by a cyclotron. PET scans are used to detect and monitor cancer, heart disease, and brain disorders. The scans provide functional information that can be fused with anatomical CT or MRI images. While exposing patients to radiation, PET offers high sensitivity for disease detection at early stages.
Carbohydrates are composed of carbon, hydrogen, and oxygen. They include monosaccharides (simple sugars), oligosaccharides, and polysaccharides (complex carbohydrates). Carbohydrates serve as energy sources, participate in biosynthesis, and provide structure. The brain relies almost entirely on glucose as fuel and depends on a constant blood glucose supply. Carbohydrates are important for health but excess consumption can lead to issues like diabetes, dental caries, and obesity.
PET-scan uses radioactive tracers to visualize and measure metabolic processes in the body. It is often used to diagnose cancer, prepare for epilepsy surgery, and evaluate neurological conditions like Alzheimer's, brain tumors, Parkinson's disease, Huntington's disease, and addiction disorders. PET scans provide information about the brain's chemical functioning that can help identify these conditions and distinguish between similar disorders.
PET scans use radioactive tracers and detectors to generate 3D images of metabolic processes in the body. They have various applications in neurology for diagnosing and monitoring conditions like dementia, epilepsy, movement disorders, and brain tumors. For example, PET can help differentiate Alzheimer's from other dementias based on patterns of hypometabolism in temporal and parietal lobes. It is also useful for localizing epileptic foci before epilepsy surgery. The document discusses the history, mechanisms, common tracers, and limitations of PET scanning as well as its role in evaluating specific neurological conditions and potential future applications.
GDCA is a digital marketing agency that provides eMarketing capabilities to pharmaceutical companies using their proprietary DIAGRAM software, which allows for interactive experiences and 1:1 conversations with customers through various digital channels and content. They utilize active learning theories and analytics to optimize user experiences and measure ROI of their digital programs targeting various healthcare professionals and patients. GDCA's goal is to solve brand challenges for clients through meaningful bi-directional conversations and generating results.
The document summarizes a study that compared long-term outcomes of individuals who received restorative home care services (HIP and PEP programs) versus usual home care (HACC) over 5 years. The study found that individuals receiving restorative home care had reduced home care service use, were less likely to be assessed for residential care or die, and represented a better return on investment than those receiving usual home care.
What is a Positron Emission Tomography?Yvonne Saura
A PET scan is a nuclear imaging test that uses radioactive tracers to show how organs and tissues are functioning on a molecular level. It works by injecting a small amount of radioactive sugar molecule called FDG into the bloodstream. Cancer and other diseases require more energy so the FDG accumulates in these cells, allowing them to be seen as hot spots on PET images. PET scans are useful for detecting cancer, Alzheimer's disease, epilepsy and more.
Pet presentation, positron emission tomography emicica
PET is a nuclear medicine scan that uses radioactive tracers to visualize metabolic processes in the body. It works by administering a radioactive tracer that accumulates in tissues and organs, emitting gamma rays that are detected by a ring of scintillation detectors. This allows reconstruction of 2D images showing tracer concentration. Common tracers include carbon-11, nitrogen-13, oxygen-15 and fluorine-18, which are produced by a cyclotron. PET scans are used to detect and monitor cancer, heart disease, and brain disorders. The scans provide functional information that can be fused with anatomical CT or MRI images. While exposing patients to radiation, PET offers high sensitivity for disease detection at early stages.
Carbohydrates are composed of carbon, hydrogen, and oxygen. They include monosaccharides (simple sugars), oligosaccharides, and polysaccharides (complex carbohydrates). Carbohydrates serve as energy sources, participate in biosynthesis, and provide structure. The brain relies almost entirely on glucose as fuel and depends on a constant blood glucose supply. Carbohydrates are important for health but excess consumption can lead to issues like diabetes, dental caries, and obesity.
PET-scan uses radioactive tracers to visualize and measure metabolic processes in the body. It is often used to diagnose cancer, prepare for epilepsy surgery, and evaluate neurological conditions like Alzheimer's, brain tumors, Parkinson's disease, Huntington's disease, and addiction disorders. PET scans provide information about the brain's chemical functioning that can help identify these conditions and distinguish between similar disorders.
PET scans use radioactive tracers and detectors to generate 3D images of metabolic processes in the body. They have various applications in neurology for diagnosing and monitoring conditions like dementia, epilepsy, movement disorders, and brain tumors. For example, PET can help differentiate Alzheimer's from other dementias based on patterns of hypometabolism in temporal and parietal lobes. It is also useful for localizing epileptic foci before epilepsy surgery. The document discusses the history, mechanisms, common tracers, and limitations of PET scanning as well as its role in evaluating specific neurological conditions and potential future applications.
A PET scan uses radioactive tracers injected into the body to produce 3D images showing functional processes. A short-lived radioactive tracer, FDG, is injected and detected as it breaks down, showing glucose metabolism levels in tissues. Different metabolism levels appear as different colors, allowing the computer to generate images of functional abnormalities like cancers or brain disorders. PET scans can detect diseases earlier than other scans and help avoid unnecessary surgery by precisely identifying areas needing treatment.
PET RADIOTRACERS
PET images are based on the detection of a tracer
that is typically injected into the body. By comparing
the distribution of the tracer in a patient to
normal templates, a physician is able to evaluate
how well different organs and systems in the body
are functioning. The tracer consists of two components:
a pharmaceutical and a radioactive label.
The document discusses the creation of a PET/CT center including a history of PET scans, the benefits of combined PET/CT scanners, tracer use, facility layout and design, and collaboration with Med Spectrum. Key points include the combined PET/CT scanner allowing detection of structure and function simultaneously with greater accuracy and convenience for patients. The facility plan shows high and low risk areas like preparation rooms and control rooms near scanners. Med Spectrum would provide full project support and coordination from personnel to financing to optimization of technologies.
A PET scan uses radioactive tracers to detect disease in the body at a cellular level. It works by injecting a small amount of radioactive sugar molecule called FDG into the bloodstream. Cancer cells absorb more FDG than normal cells, allowing cancers to be seen as hot spots on PET images. PET scans are useful for detecting cancer, epilepsy, Alzheimer's disease, and evaluating treatment response. While exposing patients to radiation, PET scans provide metabolic imaging to detect diseases earlier than other scans.
Prostate cancer is the second most common cancer in men. Detecting recurrent prostate cancer is challenging with current imaging methods. Prostate-specific membrane antigen (PSMA) is overexpressed in prostate cancer cells and provides a promising target for imaging and therapy. A new PET tracer labeled with 18F, 18F-FACBC, shows potential superiority over choline PET/CT in detecting recurrent prostate cancer.
A brief introduction about the Neuro-cognitive technique Positron Emission Tomography widely used in neurolinguistics and for medical purposes like tumor detection etc.
PET is an exam that tests intermediate English language skills across four areas - reading, writing, listening and speaking. It is accepted by many employers as proof of ability to use English for clerical, secretarial or managerial jobs. The PET exam consists of three papers - Reading and Writing which lasts 1 hour and 30 minutes, a 30 minute Listening exam, and a 10-12 minute Speaking exam where candidates speak with a partner. Preparing for and taking the PET exam can help improve English skills and provide a certificate that is recognized internationally for work and study purposes.
PET scans use small amounts of radioactive tracers injected into the body to produce images showing how organs and tissues are functioning. A PET scan works by detecting gamma rays emitted by the tracers, allowing visualization of processes like blood flow, metabolic activity, and biochemical processes. PET scans are used to diagnose and manage conditions like cancer, heart disease, and neurological disorders.
PET scans use radioactive tracers and positron emission tomography to create 3D images of processes in the body. A PET scan injects a radioactive tracer into the bloodstream which is detected as it undergoes positron emission. This allows PET scans to detect cancer, diagnose Alzheimer's disease early, and determine if bypass surgery would be effective. Possible side effects include injection site soreness and allergic reactions to the tracer. SPECT scans also use radioactive tracers but detect blood flow through the body. SPECT scans emit less radiation than PET scans or CT scans and are commonly used for pre-surgical evaluations and detecting reduced blood flow or tumors.
The sculpture "The Short, Rich Life of Positronium" commemorates fundamental research on antimatter conducted at the University of Michigan. Positron emission tomography (PET) uses positron-emitting radioactive isotopes as tracers and coincidence detection of the resulting back-to-back photons to construct tomographic images. PET enables visualization of functional processes in the body by tracking radioactive tracers like fluorodeoxyglucose, which is used to show glucose metabolism and thus tissue activity. While providing valuable medical information, PET also involves some radiation risks due to the penetrating nature of the emitted photons.
This document summarizes the VetsMyWay marketing platform which aims to help veterinary practices increase revenue and patient loyalty through online, social media, and mobile marketing. The platform provides tools like an online directory, practice profile pages, new client data collection using Snap Tags, appointment scheduling, email/social campaigns, and analytics to track return on investment. It allows practices to engage existing and new clients, fill appointment times, and reward loyal patients all through multi-channel digital marketing.
PetStop is a proposed mobile app that would allow pet owners to post about lost pets, find pets for adoption, locate veterinarians and pet events, and post/find pet sitters. The app aims to leverage mobile technology to help the pet owner community access relevant pet information easily. Market research found strong interest among respondents in using an app for locating lost pets, social gatherings, contacting vets, finding help for pets, and returning lost pets. The proposal requests $10,000 in initial funding to launch the app focused on local communities.
Pet Stop is a proposed mobile app that aims to be a "one stop shop" for all pet-related needs. It would allow users to post about lost pets, find pets for adoption, locate nearby veterinarians and pet events, and find pet sitters. The app would integrate with platforms like Facebook, Twitter, and Google Maps. Market research found strong interest among pet owners in features for lost pet notification, contacting vets, and returning lost pets. The founders request $10,000 in initial funding to launch the app locally and expand it nationally over 5 years.
ICAWC 2011: Jeff Young - Essential Neutering KitDogs Trust
Dr. Jeffrey Young established Planned Pethood Plus in 1990 to provide low-cost mobile neutering services. He has sterilized over 165,000 animals and advocates for early-age neutering to reduce companion animal overpopulation. Dr. Young founded Planned Pethood International to fund spay/neuter programs and veterinary training worldwide using state-of-the-art veterinary hospitals in Slovakia and Mexico. His goal is to significantly reduce companion animal overpopulation globally through education, legislation, and sterilization programs.
Dr. Jeffrey Young established Planned Pethood Plus in 1990 to provide low-cost spay/neuter services using mobile surgical units. Over the past 20 years, he has sterilized over 165,000 animals. He believes the key to reducing pet overpopulation is early-age neutering and educating the public. Dr. Young's goal is to significantly reduce companion animal overpopulation worldwide through his non-profit organizations that provide low-cost spay/neuter services and train veterinarians internationally.
The document outlines a vision for a new patient-centric healthcare system called Intelligent Pharmaceuticals that uses edible sensor technology and mobile devices to monitor medication adherence and physiological responses, providing data to patients, caregivers, and clinicians to improve outcomes through personalized treatment plans and community support. Key aspects of the system include sensors embedded in pills to detect ingestion, wearable devices to continuously monitor vital signs, and apps and web portals for sharing data and receiving feedback to encourage medication compliance.
This document discusses Dr. Jeffrey Young, a veterinarian who established low-cost spay/neuter programs. It summarizes that Dr. Young graduated from veterinary school in 1989, established Planned Pethood Plus in 1990 to provide mobile neutering services, and has sterilized over 165,000 animals. It also discusses that he founded Planned Pethood International to fund international spay/neuter work and training. The document promotes spay/neuter as the most effective solution to reducing companion animal overpopulation.
Dr. Jeffrey Young established Planned Pethood Plus in 1990 to provide low-cost mobile spay/neuter services. He has since expanded his efforts internationally by establishing veterinary hospitals in Slovakia and Mexico through his nonprofit Planned Pethood International. Dr. Young's mission is to significantly reduce companion animal overpopulation worldwide through spay/neuter services, training veterinarians, and working with other organizations. He believes this is the most effective solution to address overpopulation and end the need for euthanizing healthy animals.
The document discusses issues and opportunities in the pharmaceutical industry from the perspectives of patients, physicians, and payers. It then summarizes Proteus's approach to developing an "intelligent pharmaceutical system" called Raisin, which incorporates sensors into pills to monitor drug ingestion and effects on patients. Raisin combines data from the ingestible sensors with physiological and activity data to enable truly personalized medicine through a mobile app and collaboration with care providers.
An electronic microchip the size of a grain of rice, implanted under the skin by a veterinarian, can be used to identify lost pets and reunite them with their owners. When scanned, the microchip provides the pet's identification number, which is registered with the owner's contact details. A study found microchipped dogs were over twice as likely to be returned to their owner than non-microchipped dogs, and microchipped cats were over 20 times more likely to be reunited with their owners. The microchipping procedure is a simple injection that does not require anesthesia.
The document announces an exhibition on the poultry industry to take place in New Delhi, India from December 13-15, 2012. It will showcase the latest technologies and services related to poultry farming and production. India has one of the largest and fastest growing poultry industries in the world, making it an attractive market for exhibitors. A variety of stakeholders from the poultry industry are expected to attend, and booth space is available to exhibitors at different price levels.
A PET scan uses radioactive tracers injected into the body to produce 3D images showing functional processes. A short-lived radioactive tracer, FDG, is injected and detected as it breaks down, showing glucose metabolism levels in tissues. Different metabolism levels appear as different colors, allowing the computer to generate images of functional abnormalities like cancers or brain disorders. PET scans can detect diseases earlier than other scans and help avoid unnecessary surgery by precisely identifying areas needing treatment.
PET RADIOTRACERS
PET images are based on the detection of a tracer
that is typically injected into the body. By comparing
the distribution of the tracer in a patient to
normal templates, a physician is able to evaluate
how well different organs and systems in the body
are functioning. The tracer consists of two components:
a pharmaceutical and a radioactive label.
The document discusses the creation of a PET/CT center including a history of PET scans, the benefits of combined PET/CT scanners, tracer use, facility layout and design, and collaboration with Med Spectrum. Key points include the combined PET/CT scanner allowing detection of structure and function simultaneously with greater accuracy and convenience for patients. The facility plan shows high and low risk areas like preparation rooms and control rooms near scanners. Med Spectrum would provide full project support and coordination from personnel to financing to optimization of technologies.
A PET scan uses radioactive tracers to detect disease in the body at a cellular level. It works by injecting a small amount of radioactive sugar molecule called FDG into the bloodstream. Cancer cells absorb more FDG than normal cells, allowing cancers to be seen as hot spots on PET images. PET scans are useful for detecting cancer, epilepsy, Alzheimer's disease, and evaluating treatment response. While exposing patients to radiation, PET scans provide metabolic imaging to detect diseases earlier than other scans.
Prostate cancer is the second most common cancer in men. Detecting recurrent prostate cancer is challenging with current imaging methods. Prostate-specific membrane antigen (PSMA) is overexpressed in prostate cancer cells and provides a promising target for imaging and therapy. A new PET tracer labeled with 18F, 18F-FACBC, shows potential superiority over choline PET/CT in detecting recurrent prostate cancer.
A brief introduction about the Neuro-cognitive technique Positron Emission Tomography widely used in neurolinguistics and for medical purposes like tumor detection etc.
PET is an exam that tests intermediate English language skills across four areas - reading, writing, listening and speaking. It is accepted by many employers as proof of ability to use English for clerical, secretarial or managerial jobs. The PET exam consists of three papers - Reading and Writing which lasts 1 hour and 30 minutes, a 30 minute Listening exam, and a 10-12 minute Speaking exam where candidates speak with a partner. Preparing for and taking the PET exam can help improve English skills and provide a certificate that is recognized internationally for work and study purposes.
PET scans use small amounts of radioactive tracers injected into the body to produce images showing how organs and tissues are functioning. A PET scan works by detecting gamma rays emitted by the tracers, allowing visualization of processes like blood flow, metabolic activity, and biochemical processes. PET scans are used to diagnose and manage conditions like cancer, heart disease, and neurological disorders.
PET scans use radioactive tracers and positron emission tomography to create 3D images of processes in the body. A PET scan injects a radioactive tracer into the bloodstream which is detected as it undergoes positron emission. This allows PET scans to detect cancer, diagnose Alzheimer's disease early, and determine if bypass surgery would be effective. Possible side effects include injection site soreness and allergic reactions to the tracer. SPECT scans also use radioactive tracers but detect blood flow through the body. SPECT scans emit less radiation than PET scans or CT scans and are commonly used for pre-surgical evaluations and detecting reduced blood flow or tumors.
The sculpture "The Short, Rich Life of Positronium" commemorates fundamental research on antimatter conducted at the University of Michigan. Positron emission tomography (PET) uses positron-emitting radioactive isotopes as tracers and coincidence detection of the resulting back-to-back photons to construct tomographic images. PET enables visualization of functional processes in the body by tracking radioactive tracers like fluorodeoxyglucose, which is used to show glucose metabolism and thus tissue activity. While providing valuable medical information, PET also involves some radiation risks due to the penetrating nature of the emitted photons.
This document summarizes the VetsMyWay marketing platform which aims to help veterinary practices increase revenue and patient loyalty through online, social media, and mobile marketing. The platform provides tools like an online directory, practice profile pages, new client data collection using Snap Tags, appointment scheduling, email/social campaigns, and analytics to track return on investment. It allows practices to engage existing and new clients, fill appointment times, and reward loyal patients all through multi-channel digital marketing.
PetStop is a proposed mobile app that would allow pet owners to post about lost pets, find pets for adoption, locate veterinarians and pet events, and post/find pet sitters. The app aims to leverage mobile technology to help the pet owner community access relevant pet information easily. Market research found strong interest among respondents in using an app for locating lost pets, social gatherings, contacting vets, finding help for pets, and returning lost pets. The proposal requests $10,000 in initial funding to launch the app focused on local communities.
Pet Stop is a proposed mobile app that aims to be a "one stop shop" for all pet-related needs. It would allow users to post about lost pets, find pets for adoption, locate nearby veterinarians and pet events, and find pet sitters. The app would integrate with platforms like Facebook, Twitter, and Google Maps. Market research found strong interest among pet owners in features for lost pet notification, contacting vets, and returning lost pets. The founders request $10,000 in initial funding to launch the app locally and expand it nationally over 5 years.
ICAWC 2011: Jeff Young - Essential Neutering KitDogs Trust
Dr. Jeffrey Young established Planned Pethood Plus in 1990 to provide low-cost mobile neutering services. He has sterilized over 165,000 animals and advocates for early-age neutering to reduce companion animal overpopulation. Dr. Young founded Planned Pethood International to fund spay/neuter programs and veterinary training worldwide using state-of-the-art veterinary hospitals in Slovakia and Mexico. His goal is to significantly reduce companion animal overpopulation globally through education, legislation, and sterilization programs.
Dr. Jeffrey Young established Planned Pethood Plus in 1990 to provide low-cost spay/neuter services using mobile surgical units. Over the past 20 years, he has sterilized over 165,000 animals. He believes the key to reducing pet overpopulation is early-age neutering and educating the public. Dr. Young's goal is to significantly reduce companion animal overpopulation worldwide through his non-profit organizations that provide low-cost spay/neuter services and train veterinarians internationally.
The document outlines a vision for a new patient-centric healthcare system called Intelligent Pharmaceuticals that uses edible sensor technology and mobile devices to monitor medication adherence and physiological responses, providing data to patients, caregivers, and clinicians to improve outcomes through personalized treatment plans and community support. Key aspects of the system include sensors embedded in pills to detect ingestion, wearable devices to continuously monitor vital signs, and apps and web portals for sharing data and receiving feedback to encourage medication compliance.
This document discusses Dr. Jeffrey Young, a veterinarian who established low-cost spay/neuter programs. It summarizes that Dr. Young graduated from veterinary school in 1989, established Planned Pethood Plus in 1990 to provide mobile neutering services, and has sterilized over 165,000 animals. It also discusses that he founded Planned Pethood International to fund international spay/neuter work and training. The document promotes spay/neuter as the most effective solution to reducing companion animal overpopulation.
Dr. Jeffrey Young established Planned Pethood Plus in 1990 to provide low-cost mobile spay/neuter services. He has since expanded his efforts internationally by establishing veterinary hospitals in Slovakia and Mexico through his nonprofit Planned Pethood International. Dr. Young's mission is to significantly reduce companion animal overpopulation worldwide through spay/neuter services, training veterinarians, and working with other organizations. He believes this is the most effective solution to address overpopulation and end the need for euthanizing healthy animals.
The document discusses issues and opportunities in the pharmaceutical industry from the perspectives of patients, physicians, and payers. It then summarizes Proteus's approach to developing an "intelligent pharmaceutical system" called Raisin, which incorporates sensors into pills to monitor drug ingestion and effects on patients. Raisin combines data from the ingestible sensors with physiological and activity data to enable truly personalized medicine through a mobile app and collaboration with care providers.
An electronic microchip the size of a grain of rice, implanted under the skin by a veterinarian, can be used to identify lost pets and reunite them with their owners. When scanned, the microchip provides the pet's identification number, which is registered with the owner's contact details. A study found microchipped dogs were over twice as likely to be returned to their owner than non-microchipped dogs, and microchipped cats were over 20 times more likely to be reunited with their owners. The microchipping procedure is a simple injection that does not require anesthesia.
The document announces an exhibition on the poultry industry to take place in New Delhi, India from December 13-15, 2012. It will showcase the latest technologies and services related to poultry farming and production. India has one of the largest and fastest growing poultry industries in the world, making it an attractive market for exhibitors. A variety of stakeholders from the poultry industry are expected to attend, and booth space is available to exhibitors at different price levels.
IAI Expo 2012 - 7th in series of Poultry exhibition organised by Pixie Consulting Solutions Ltd, scheduled to be held from 13th to 15th December 2012, IARI Ground, PUSA, New Delhi.
IAI Expo-India's Leading Exhibition on Poultry Industry.
For more details:
Call: 9812082121 | email: iai@pcsl.co.in; poultry@pcsl.co.in
website: www.iaiexpo.co.in
Spay it-forward presentation for greece 2012Jeff Young
Dr. Jeffrey Young established Planned Pethood Plus, Inc. in 1990 to provide low-cost mobile spaying and neutering services. He has since expanded his efforts globally by founding Planned Pethood International in 2003, which operates veterinary hospitals in Slovakia and Mexico that provide free and low-cost sterilization surgeries. Dr. Young's mission is to significantly reduce companion animal overpopulation worldwide through expanding access to spaying and neutering.
This document outlines Northern Ireland's connected health capabilities, including 94 academics across research centres, 90 companies with connected health, health, and transferable skills experience, and integrated care across 10 acute and community hospitals and GP practices. It highlights strategic directions for connected health research, such as security, analytics, and assisted living, as well as an £18M connected health demonstrator project and opportunities to collaborate with local trusts and companies on products, projects, and clinical trials.
At Affordable Garage Door Repair, we specialize in both residential and commercial garage door services, ensuring your property is secure and your doors are running smoothly.
Insanony: Watch Instagram Stories Secretly - A Complete GuideTrending Blogers
Welcome to the world of social media, where Instagram reigns supreme! Today, we're going to explore a fascinating tool called Insanony that lets you watch Instagram Stories secretly. If you've ever wanted to view someone's story without them knowing, this blog is for you. We'll delve into everything you need to know about Insanony with Trending Blogers!
MISS TEEN LUCKNOW 2024 - WINNER ASIYA 2024DK PAGEANT
In the dynamic city of Lucknow, known for its wealthy social legacy and authentic importance, a youthful star has developed, capturing the hearts of numerous with her elegance, insights, and eagerness. Asiya, as of late delegated as the champ from Lucknow for Miss Youngster India 2024 by the DK Pageant, stands as a confirmation of the monstrous ability and potential dwelling inside the youth of India. This exceptional young lady is a signal of excellence and a paragon of devotion and aspiration.
Amid the constant barrage of distractions and dwindling motivation, self-discipline emerges as the unwavering beacon that guides individuals toward triumph. This vital quality serves as the key to unlocking one’s true potential, whether the aspiration is to attain personal goals, ascend the career ladder, or refine everyday habits.
Understanding Self-Discipline
Biography and career history of Bruno AmezcuaBruno Amezcua
Bruno Amezcua's entry into the film and visual arts world seemed predestined. His grandfather, a distinguished film editor from the 1950s through the 1970s, profoundly influenced him. This familial mentorship early on exposed him to the nuances of film production and a broad array of fine arts, igniting a lifelong passion for narrative creation. Over 15 years, Bruno has engaged in diverse projects showcasing his dedication to the arts.
Confidence is Key: Fashion for Women Over 50miabarn9
Unlock your personal style and confidence at 50 and beyond! Our fashion blog provides actionable tips and inspiration on how to improve your dressing sense according to your body type, skin tone, and personal style, ensuring you look and feel amazing.
2. The Problem
Your dog is lost.
It’s got an electronic chip,
you’re sure it will be
found soon enough.
By the time the shelter comes
up with what’s wrong, its been It’s found by the local
a few months of suffering for authorities but they
the dog and yourself, being can’t read the
apart. Only then, you find it in electronic chip it’s
and take it back home carrying
There, it’s given a type 30 days of quarantine
of food it’s allergic to later, your dog is
and responses really transferred to a local
bad to it. animal shelter.
4. The Solution
PetScan
A simple pet collar with a unique Smartphone barcode attached to it.
By a short scan of the barcode, the pet's details are all revealed –
medication, vaccinations, food, age, behavior and anything alike.
5. How does it work?
The collars are available in
animal shelters, pet stores
and clinics and are sold to
pet owners for a minor
price and a monthly fee
The collars are branded and
are easily recognized. A short
scan of the barcode by any
The info is accessible Smartphone launches the
anywhere, anytime, but PetScan application, full of
is open for modification the pet’s details
only upon owners login
6. The Solution
General
Profile
Medical
Copy, print &
send anything Chart
Main
Features
Free-Style Calendar
Contact Info
7. The Solution
Lost pets easily
identified
Accessible
Provides monthly anywhere,
income to animal anytime, by
rescue anyone
associations
Key
Benefits
Familiar Prevents medical
technology makes mistakes
it easier to use
Very cheap to
manufacture and
therefore to buy
8.
9. Competition
Major competitors
Medical History
Accessible
Not beneficial
Don’t help
saved only if
only by owner,
Complicated
for animalsisin
identify a lost
treatment
only on a PC
given use
to in that
need
pet
or a MAC
particular clinic
11. PetScan Ecosystem
Pet owners
Potential
Pet stores
adopters
PetScan Veterinarians
Pet Collar
manufacturers & animal
clinics and
& Distributors hospitals
Local
Pet shelters
authorities
& animal
&
associations
quarantines
12. Business Model
Customer
Key Activities Relationships
Value Customer
Key Partners
Proposition Segments
Key Channels
Resources
Cost Structure Revenue Streams
13. Customer Segments Business Model
Animal
Value Proposition
Pet owners Vets, medical Local
Potential shelters &
(who own a centers & authorities
Smartphone) Adopters volunteer
hospitals & quarantines
associations
Manage info Easy access Medical Easy tracking Easy tracking
& find lost to history & and saving & fast owner
pet information added value resources finding
Channels
Online
Stores, vets advertising & Personal meetings, offering them the best
etc. adoption proposition for them
agencies
Customer
Relations
Acquisitive &
Retentive - Indirect Personal relationship evolving special business
coupons and acquisition offers & mutual benefits
content
14. Business Model
The PetScan collar is sold Activation depends on a
Revenue Streams for a one-time cost monthly fee by the owner
Animal rescue shelters &
volunteer associations 1st year fee directed to
the specific Animal
association the collar
Veterinarians, animal clinics was bought in
& animal hospitals
Pet stores & animal Animal rescue shelters
accessories distributors & volunteer associations
Local quarantines &
of the owner’s choice
authorities
Recurring Revenues
Transactional Revenues
PetScan revenue share from
PetScan revenues from selling
monthly fees donated to animal
the collar via 3rd parties
associations
15. Business Model
Talented Program Designers
Strong Servers & UI Specialists
Program Designers &
Servers
Able to store online data for Able toUI specialists to use
design a fun, easy
millions of pets application & website.
The UI must be very intuitive.
Key Resources
Key Activities
Trustworthy Collar
Manufacturer Talented Programmers
Collar Manufacturer
The collar must be cheap to Able toProgrammers fast,
create an advanced,
manufacture but attractive and reliable program
qualitative
Experienced Distributors
Collaborative Partners Talented & enthusiastic
Partners
Strong allies helping push the Distributors
salesmen and distributors, able
to achieve great shelf space and
product & service
persuade 3rd parties to sell and
support out product
17. Business Model
Program Reduces collar
Initial investment
Designers & UI ~1500 NIS a
Servers Distributors
revenue by up to
only
specialists month
5 NIS a piece
Initial investment Collar
Cost Structure
Programmers 5 NIS per collar Partners
No cost
only Manufacturer
2,000 NIS (20NIS min revenue per collar after reducing distributors cost,
100 collars a month)
+
15,000 NIS (3 NIS min revenue per user fee, 5000 users a month)
-
1,500 NIS (monthly cost - servers)
15,500 NIS MINIMUM revenue per month
18. Business Model
Key Partners Key Activities Value Proposition Customer Relations Customer Segments
Key Resources Channels
Cost Structure Revenue Streams