A phrase like “dr danger pulmonary buffalo new york phone number” represents a specific type of information retrieval request. It illustrates a user’s intent to locate contact details for a particular medical professional specializing in pulmonary care, situated in a defined geographical location. The string combines a professional title (Dr.), a potential name (“Danger”), a medical specialty (pulmonary), a city (Buffalo), a state (New York), and the desired information type (phone number). This query exemplifies the granular level of detail users often seek when searching for medical services.
The ability to accurately and efficiently resolve such a query is crucial for healthcare access. Providing reliable contact information allows patients to schedule appointments, seek medical advice, and manage their healthcare needs effectively. Historically, locating this information required extensive manual searching through directories and phone books. The advent of online search engines and specialized healthcare databases has dramatically streamlined this process, offering faster and more accurate results. The availability of this information promotes transparency and empowers patients to make informed decisions about their medical care.
Understanding the structure and intent behind such specific search terms is vital for healthcare providers managing their online presence, and for developers creating and optimizing healthcare search tools. The following sections will explore relevant topics like search engine optimization for medical practices, the importance of accurate online listings, and the ethical considerations surrounding the dissemination of healthcare provider contact information.
1. Physician Identification
The component “Physician Identification” within the search phrase “dr danger pulmonary buffalo new york phone number” directly influences the success of information retrieval. The specificity of the name provided, whether it is a common or unique identifier, determines the ease and accuracy with which the correct medical professional can be located. In the absence of accurate Physician Identification, the search yields irrelevant or inaccurate results. For example, if the name is misspelled or an incorrect professional title is used (e.g., mistaking “Dr.” for “Mr.”), the query will likely fail to identify the intended individual. Conversely, if the name is accurate and includes relevant details such as a middle initial, the likelihood of successful identification increases significantly.
The presence of “Physician Identification” allows search algorithms to filter through extensive databases of medical professionals effectively. This filter, when correctly applied, narrows the focus to pulmonary specialists in Buffalo, New York, thereby minimizing the scope of the search. In practical applications, this means a patient seeking a pulmonologist named “Dr. Danger” in Buffalo can quickly access the necessary contact information, assuming the name and specialty are accurately represented in relevant online directories. Failure to accurately identify the physician leads to inefficiency and frustration for the user and could potentially delay necessary medical care.
In summary, accurate Physician Identification serves as the cornerstone of the described search query. The degree of precision in the identifying information directly correlates with the efficiency and reliability of the search process. Challenges remain in instances where physician names are similar or when information is inconsistently recorded across different databases. However, by prioritizing the verification and standardization of Physician Identification data, it is possible to enhance the accuracy of healthcare-related searches and streamline access to essential medical services, in line with ethical data management practices.
2. Specialty Verification
The element of “Specialty Verification” within the search query “dr danger pulmonary buffalo new york phone number” critically influences the relevance and utility of search results. The term ‘pulmonary’ denotes a specialization in respiratory system diseases and conditions. Verification processes, therefore, ensure that the individual identified possesses the necessary credentials and expertise in this area of medicine. Without rigorous validation of the specialty, there exists a risk of misdirecting users to general practitioners or physicians practicing in unrelated fields. This has a direct bearing on the quality of patient care and the efficiency of healthcare resource allocation.
The importance of specialty verification is underscored by real-life scenarios. For instance, a patient experiencing symptoms of asthma or chronic obstructive pulmonary disease (COPD) specifically requires the attention of a pulmonologist. A search result that provides the contact information for a dermatologist, despite the query specifying “pulmonary,” represents a failure in the verification process. Specialty verification often involves cross-referencing physician credentials with official regulatory bodies, such as medical boards and professional organizations. These checks validate the physician’s training, certifications, and scope of practice. Furthermore, maintaining up-to-date records of specialty certifications ensures that search results reflect the physician’s current qualifications. Search algorithms must, therefore, prioritize and incorporate verification mechanisms to deliver accurate results.
In summary, the integration of specialty verification into the processing of the search phrase is paramount to guaranteeing relevant results and preventing misdirection of patients. By emphasizing the accuracy of specialty designation through ongoing verification processes, healthcare information systems contribute to enhanced patient care and more efficient allocation of medical resources. Challenges remain in maintaining consistently accurate and up-to-date databases of physician specialties, but these challenges are outweighed by the critical role of verification in the delivery of healthcare information. The accuracy significantly improves the end-user experience.
3. Geographic Specificity
Geographic specificity is a crucial element in the search query “dr danger pulmonary buffalo new york phone number.” It delineates the area within which the desired healthcare provider should be located, significantly narrowing the search parameters and increasing the likelihood of relevant results. Without this specificity, the search would return a broad range of providers, rendering the information less useful to the individual seeking local medical care.
-
Localized Healthcare Access
Geographic specificity ensures that the search focuses on healthcare providers within a reasonable distance for the individual. For someone residing in Buffalo, New York, locating a pulmonologist in that city is essential for convenient access to medical consultations and treatments. This localization is especially important for individuals with chronic conditions requiring regular visits. Without the “buffalo new york” component, the search might yield results from other cities or states, making the information impractical for immediate healthcare needs.
-
Regulatory Compliance and Licensing
Physicians are licensed to practice within specific jurisdictions. The geographic component helps ensure that the “Dr. Danger” identified is authorized to practice medicine in New York State. This is a critical consideration, as practicing medicine without a valid license is illegal and poses a risk to patient safety. The location information allows for verification of the physician’s credentials with the New York State medical board, ensuring compliance with relevant healthcare regulations.
-
Insurance Network Alignment
Healthcare insurance plans often have networks of providers within specific geographic areas. By specifying “buffalo new york,” the search increases the probability of finding a pulmonologist who is in-network with the individual’s insurance plan. This can significantly reduce out-of-pocket costs and ensure that the individual receives covered medical services. Lack of geographic specificity could lead to the selection of an out-of-network provider, resulting in higher healthcare expenses.
-
Emergency and Follow-Up Care
In cases requiring immediate or follow-up medical attention, the proximity of the healthcare provider is paramount. Having a pulmonologist in Buffalo, New York, allows for quicker access to emergency care or subsequent appointments. This is particularly important for individuals with acute respiratory conditions. The geographic specificity facilitates the establishment of a patient-physician relationship that is conducive to effective and timely medical care.
In conclusion, geographic specificity is an integral part of the search query, ensuring that the results are not only relevant but also practical for the individual seeking pulmonological care in Buffalo, New York. It directly affects accessibility, regulatory compliance, insurance coverage, and the ability to receive timely medical attention, all of which are critical components of effective healthcare delivery.
4. Contact Acquisition
Contact acquisition, in the context of the search phrase “dr danger pulmonary buffalo new york phone number,” refers to the process of obtaining the specific phone number for the identified physician. This process is the culmination of the search query, representing the user’s primary objective. Effective contact acquisition relies on several interconnected facets to ensure accuracy and timeliness.
-
Data Source Reliability
The reliability of the source providing the phone number is paramount. Reputable sources include official medical directories, hospital listings, and verified practice websites. Unreliable sources, such as outdated online listings or unverified databases, can lead to inaccurate contact information. For example, using the American Medical Association’s physician directory is more likely to yield accurate results compared to relying on a crowd-sourced website. Accurate contact acquisition depends on the integrity of the underlying data repositories.
-
Database Maintenance
Regular database maintenance is essential for ensuring the accuracy of contact information over time. Medical practices frequently update their phone numbers due to changes in location, technology, or administrative practices. Databases that are not routinely updated risk providing outdated or incorrect information, leading to user frustration and potential delays in accessing healthcare services. A database with a recent update reflecting a change in Dr. Danger’s office phone number is an example of effective maintenance. Contact acquisition efficiency is heavily influenced by database maintenance practices.
-
Verification Protocols
Verification protocols involve confirming the accuracy of the phone number through direct confirmation with the medical practice. This can involve automated systems that validate the number against known records or manual verification processes conducted by data entry personnel. Failing to implement verification protocols can result in the dissemination of inaccurate information. A verification call to Dr. Danger’s office to confirm the listed phone number is a demonstration of a sound verification protocol. Reliable contact acquisition necessitates robust verification mechanisms.
-
Accessibility and Delivery
The method by which the contact information is delivered to the user must be accessible and user-friendly. This includes ensuring that the phone number is clearly displayed and easily copied or dialed from a mobile device. Complex or obfuscated delivery methods can hinder the user’s ability to obtain the necessary contact information. Presenting the phone number in a clear, legible format on a search results page is an example of effective accessibility. Seamless contact acquisition is predicated on accessible and user-friendly delivery methods.
These facets collectively determine the success of contact acquisition in response to a query like “dr danger pulmonary buffalo new york phone number.” The process necessitates reliable data sources, vigilant database maintenance, robust verification protocols, and accessible delivery methods. Accurate and timely contact acquisition is critical for facilitating access to medical care and ensuring efficient communication between patients and healthcare providers. Failure in any of these areas compromises the user experience and could impede the delivery of essential medical services.
5. Data Accuracy
The validity of the search query “dr danger pulmonary buffalo new york phone number” hinges on data accuracy. This parameter dictates the quality of information retrieved, directly influencing the success of the search. Inaccurate data, such as an outdated phone number or incorrect location, renders the entire search process ineffective. For example, if the listed phone number connects to a different medical practice or is disconnected, the search fails to achieve its primary purpose: to facilitate direct communication with the specified healthcare provider. Therefore, data accuracy serves as the cornerstone for the effective resolution of the search query.
The impact of data accuracy extends beyond mere inconvenience. In healthcare, incorrect information can lead to delayed medical care, misdirected patients, and potential harm. If a patient relies on an inaccurate phone number to schedule a crucial appointment or seek urgent medical advice, the consequences can be significant. Furthermore, inaccurate data can erode trust in the healthcare system and the information sources used to access it. Maintaining data accuracy requires continuous verification and validation processes, including regular updates from healthcare providers, cross-referencing with official medical registries, and feedback mechanisms for users to report inaccuracies.
In summary, the relationship between data accuracy and the search query is direct and critical. The reliability of the retrieved information directly affects the ability to connect with the desired healthcare provider, impacting both the efficiency of the search and the potential health outcomes. Ensuring data accuracy presents ongoing challenges, but it remains paramount to providing effective and trustworthy access to healthcare information. This emphasis on accuracy aligns with ethical data management practices and is essential for maintaining patient safety and confidence.
6. Information Security
The preservation of “Information Security” is paramount when managing data associated with search queries like “dr danger pulmonary buffalo new york phone number.” The compilation of a physician’s name, specialty, location, and contact details forms a dataset that necessitates protection against unauthorized access, modification, and disclosure. The sensitivity of this data requires adherence to stringent security protocols to maintain privacy and regulatory compliance.
-
Data Encryption
Data encryption is essential for safeguarding sensitive information during storage and transmission. When a user enters the query “dr danger pulmonary buffalo new york phone number,” the data involved in processing the query, including the physician’s contact information, must be encrypted. Encryption algorithms transform the data into an unreadable format, preventing unauthorized parties from accessing it in the event of a data breach. For instance, using Advanced Encryption Standard (AES) 256-bit encryption can protect the database containing physician contact information, mitigating the risk of data compromise.
-
Access Control
Access control mechanisms limit the exposure of sensitive data to authorized personnel only. Role-based access control (RBAC) assigns specific permissions based on job function, ensuring that only those with a legitimate need can access, modify, or delete physician contact information. An example would be restricting access to the database containing “dr danger pulmonary buffalo new york phone number” to authorized database administrators and customer service representatives. Unauthorized access attempts should be logged and monitored to detect potential security breaches.
-
Secure Data Storage
Secure data storage involves implementing physical and logical safeguards to protect data repositories from unauthorized access and environmental threats. This includes utilizing secure servers, firewalls, and intrusion detection systems to prevent external attacks. Regular backups of the database containing “dr danger pulmonary buffalo new york phone number” are crucial for disaster recovery purposes. Physical security measures, such as restricted access to server rooms and surveillance systems, further enhance data protection.
-
Compliance with Regulations
Compliance with relevant regulations, such as the Health Insurance Portability and Accountability Act (HIPAA) in the United States, is mandatory when handling protected health information. HIPAA mandates strict privacy and security standards for safeguarding patient data. Organizations that process queries like “dr danger pulmonary buffalo new york phone number” must ensure that their data handling practices align with HIPAA requirements, including implementing administrative, technical, and physical safeguards to protect sensitive information from unauthorized disclosure. Regular audits and compliance assessments are essential for maintaining adherence to these regulations.
The aforementioned facets of Information Security are critical for ensuring the confidentiality, integrity, and availability of data associated with queries similar to “dr danger pulmonary buffalo new york phone number.” By employing robust security measures, organizations can protect sensitive information from unauthorized access and maintain the trust of both healthcare providers and patients.
7. Accessibility Compliance
Accessibility compliance, within the context of the search query “dr danger pulmonary buffalo new york phone number,” concerns the extent to which information resources are usable by individuals with disabilities. It necessitates adherence to established guidelines and standards to ensure equitable access, regardless of user capabilities. The principles of accessibility compliance are vital for promoting inclusivity and preventing discrimination in healthcare information retrieval.
-
Web Content Accessibility Guidelines (WCAG) Adherence
Compliance with WCAG standards ensures that the presentation of search results, including the phone number and other contact details for “Dr. Danger,” is perceivable, operable, understandable, and robust. For example, providing alternative text for images, using sufficient color contrast, and ensuring keyboard navigation can all facilitate access for users with visual impairments. WCAG adherence also mandates that content is structured logically and presented in a clear, consistent manner, benefiting all users regardless of disability. Failure to comply with WCAG can exclude individuals with disabilities from obtaining vital healthcare information.
-
Assistive Technology Compatibility
Information resources related to “dr danger pulmonary buffalo new york phone number” must be compatible with assistive technologies such as screen readers, screen magnifiers, and voice recognition software. Screen readers, for instance, must be able to accurately interpret and convey the physician’s name, specialty, location, and phone number. The proper use of semantic HTML and ARIA attributes is critical for ensuring compatibility. Incompatibilities with assistive technologies can create significant barriers to access, preventing individuals with disabilities from independently obtaining the required contact information.
-
Multimodal Information Delivery
Providing information through multiple modalities, such as text, audio, and visual formats, enhances accessibility for a diverse range of users. For example, offering an audio recording of the physician’s phone number alongside the written text can benefit individuals with visual impairments or cognitive disabilities. Similarly, providing visual cues, such as icons indicating the physician’s specialty or location on a map, can aid comprehension for users with learning difficulties. Multimodal information delivery promotes inclusivity by catering to varying sensory and cognitive needs.
-
Plain Language Communication
Using plain language principles ensures that the information presented in response to the search query is clear, concise, and easy to understand. This involves avoiding jargon, technical terms, and complex sentence structures. For example, describing the physician’s specialty as “lung doctor” rather than “pulmonologist” can improve comprehension for individuals with limited medical literacy. Plain language communication enhances accessibility for all users, including those with cognitive disabilities, language barriers, or limited education.
In conclusion, accessibility compliance is integral to ensuring that information related to “dr danger pulmonary buffalo new york phone number” is readily available and usable by individuals with disabilities. Adherence to WCAG standards, compatibility with assistive technologies, multimodal information delivery, and plain language communication are all critical components of achieving this goal. By prioritizing accessibility compliance, healthcare information providers can promote inclusivity, equity, and autonomy for all users.
8. Database Maintenance
Database maintenance is a critical process that directly impacts the accuracy and reliability of information retrieved from a search query such as “dr danger pulmonary buffalo new york phone number.” The dynamic nature of healthcare necessitates continuous updates and validation of data to ensure that search results are current and trustworthy. Without diligent database maintenance, information becomes outdated, potentially leading to miscommunication, delayed medical care, and compromised patient outcomes.
-
Contact Information Updates
Phone numbers and addresses of medical professionals are subject to change due to practice relocations, administrative updates, or technological upgrades. Regular database maintenance ensures that any modifications to contact information are promptly reflected in search results. For example, if “Dr. Danger” moves his practice to a new location in Buffalo, NY, the database must be updated to reflect the new address and phone number. Failure to do so could result in patients attempting to contact the physician at an outdated number or address, causing frustration and delaying access to healthcare services. The integrity of contact information is contingent upon consistent database maintenance schedules.
-
Physician Status Verification
A physician’s professional status can change due to retirement, relocation, or disciplinary actions. Database maintenance involves verifying the physician’s active status and licensing to practice in the specified location. If “Dr. Danger” retires from his practice in Buffalo, NY, the database should be updated to reflect his retirement status. This prevents users from attempting to contact a physician who is no longer practicing, and avoids misleading search results. Verification processes often involve cross-referencing data with official medical boards and regulatory agencies. Regular verification of physician status is an essential component of database upkeep.
-
Specialty and Credential Updates
Physicians may obtain additional certifications or change their specialization over time. Database maintenance involves tracking these changes to ensure that the search results accurately reflect a physician’s current area of expertise. For instance, if “Dr. Danger” obtains a subspecialty certification in interventional pulmonology, the database should be updated to include this additional qualification. Maintaining accurate information about a physician’s credentials is crucial for ensuring that patients are directed to the most appropriate specialist for their medical needs. Accurate representation of specialties requires frequent data updates.
-
Data Standardization and Consistency
Inconsistencies in data entry and formatting can compromise the accuracy and reliability of search results. Database maintenance involves standardizing data formats and ensuring consistency across all records. For example, ensuring that all phone numbers are stored in a uniform format and that addresses are consistently formatted with proper abbreviations can improve the accuracy of search results. Data standardization facilitates efficient searching and prevents errors caused by variations in data entry practices. Consistency in data formatting is a hallmark of well-maintained databases.
The facets of database maintenance underscore its indispensable role in ensuring the accuracy and reliability of information retrieved from search queries like “dr danger pulmonary buffalo new york phone number.” These processes collectively prevent the dissemination of outdated or incorrect information, thereby safeguarding the integrity of healthcare information and promoting effective communication between patients and providers. Consistent database maintenance is essential for providing accurate and trustworthy access to healthcare services.
Frequently Asked Questions
The following questions address common inquiries related to locating and verifying the contact information of medical professionals, specifically using the example “dr danger pulmonary buffalo new york phone number.”
Question 1: What are the primary sources for obtaining a physician’s contact information?
Credible sources include official medical directories managed by professional organizations, hospital websites, and verified practice listings. Information from these sources is typically more reliable than that found on crowd-sourced or unverified websites. Official state medical boards also provide licensing information, which can indirectly confirm contact details.
Question 2: How frequently should a physician’s contact information be verified?
Contact information should be verified at least annually, or more frequently if there is reason to suspect inaccuracies. Changes in practice location, phone number, or professional status necessitate immediate verification. Regular updates minimize the risk of disseminating outdated or incorrect information.
Question 3: What measures are in place to protect the privacy of physician contact information?
Data security protocols, including encryption, access controls, and compliance with relevant regulations such as HIPAA, are employed to protect physician contact information. These measures prevent unauthorized access, modification, and disclosure of sensitive data. Regular audits and compliance assessments ensure ongoing adherence to privacy standards.
Question 4: How is the accuracy of physician specialty information ensured?
Specialty information is verified through cross-referencing with official medical boards and professional organizations. These entities maintain records of physician certifications and areas of expertise. Regular updates and validation processes ensure that the information accurately reflects a physician’s current qualifications and scope of practice.
Question 5: What steps can be taken to report inaccuracies in a physician’s contact information?
Inaccuracies can be reported to the organization managing the database or directory. Reputable sources typically provide feedback mechanisms for users to submit corrections or updates. These reports are then investigated and verified to ensure data integrity.
Question 6: How does geographic specificity impact the accuracy of search results?
Geographic specificity narrows the search parameters and increases the likelihood of relevant results. Specifying the city and state helps to filter the search and focus on healthcare providers within a defined service area. This is particularly important for ensuring convenient access to medical consultations and treatments.
Accurate and accessible contact information for medical professionals is essential for effective healthcare access. Ongoing efforts to maintain data integrity and protect privacy are critical for ensuring the reliability of healthcare information resources.
The subsequent sections will explore ethical considerations related to the dissemination of healthcare provider contact information and the potential impact on patient care.
Essential Tips for Optimizing Healthcare Information Retrieval
The following guidance addresses key considerations for locating accurate and secure contact information for medical professionals, using “dr danger pulmonary buffalo new york phone number” as an exemplar query.
Tip 1: Prioritize Credible Data Sources: Employ official medical directories, hospital websites, and verified practice listings as primary resources. These sources maintain rigorous standards for data accuracy and are more reliable than crowd-sourced or unverified platforms. Verifying data source credibility minimizes the risk of obtaining inaccurate or outdated contact information.
Tip 2: Verify Physician Credentials and Specialization: Confirm the physician’s licensure and board certifications with official medical boards. Validate the stated specialty through professional organizations. This ensures the physician possesses the necessary qualifications to provide the required medical care. This step is critical for patient safety and optimal healthcare outcomes.
Tip 3: Emphasize Geographic Specificity: Include precise location details in the search query, such as the city and state. This narrows the search parameters and increases the likelihood of locating a physician within a reasonable proximity. Accurate geographic information facilitates convenient access to local medical services.
Tip 4: Implement Robust Security Measures: Employ data encryption, access controls, and secure storage protocols to protect sensitive information. Compliance with regulations such as HIPAA is essential for safeguarding patient privacy and maintaining data integrity. Adherence to stringent security measures minimizes the risk of unauthorized access and data breaches.
Tip 5: Maintain Regular Database Updates and Validation: Establish a routine schedule for updating and validating contact information. This includes verifying phone numbers, addresses, and physician status. Regular database maintenance ensures that search results remain accurate and trustworthy. Consistent updates are crucial for preventing the dissemination of outdated or incorrect information.
Tip 6: Adhere to Accessibility Compliance Standards: Ensure that information resources are usable by individuals with disabilities. Comply with WCAG guidelines and provide alternative formats for content. Accessible design promotes inclusivity and equitable access to healthcare information for all users.
These tips underscore the importance of accuracy, security, and accessibility when retrieving healthcare information. Adhering to these guidelines ensures reliable access to contact details and facilitates efficient communication between patients and medical professionals.
The subsequent section will summarize the ethical implications surrounding the collection and dissemination of healthcare provider information, and highlight the importance of responsible data handling practices.
“Dr Danger Pulmonary Buffalo New York Phone Number”
The exploration of the query “dr danger pulmonary buffalo new york phone number” underscores the intricacies involved in healthcare information retrieval. Accuracy in physician identification, specialty verification, and geographic specificity are critical for effective search results. Maintaining data integrity through stringent database maintenance and robust security measures remains paramount. The ability to reliably connect patients with appropriate medical professionals hinges upon these factors.
The ethical and practical considerations surrounding the dissemination of healthcare provider contact information demand ongoing vigilance. As technology continues to evolve, a commitment to accuracy, accessibility, and security is essential for ensuring the responsible and equitable delivery of healthcare services. Prioritizing these principles safeguards patient welfare and strengthens the foundation of trust within the healthcare system.
