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Speech Audiometry is a vital component of a complete hearing assessment, designed to evaluate how well a person can detect, recognize, and understand spoken words. While pure tone audiometry measures the softest sounds an individual can hear at different frequencies, speech audiometry goes a step further by assessing real‑life communication ability. This makes it one of the most practical and meaningful tests in audiology, as it directly reflects how hearing loss impacts everyday interactions. The test typically involves two key measures: the Speech Reception Threshold (SRT) and Speech Discrimination Score (SDS). The SRT determines the lowest intensity level at which a person can correctly repeat familiar words, providing a benchmark for hearing sensitivity in relation to speech. The SDS, also known as word recognition testing, evaluates how accurately a person can identify and repeat words presented at a comfortable loudness level. Together, these measures reveal not only the degree of hearing loss but also its effect on clarity and comprehension. Speech audiometry is conducted in a quiet environment using headphones or loudspeakers. The patient listens to carefully selected word lists or sentences, which may be presented in their native language to ensure accuracy. Responses are recorded and analyzed to create a clear profile of speech perception ability. For children, the test can be adapted with age‑appropriate words or picture‑pointing tasks, making it engaging and reliable even for young listeners. For adults and elderly patients, it provides valuable insight into communication difficulties, helping families understand why hearing loss may cause frustration or social withdrawal. Clinically, speech audiometry plays a crucial role in differentiating between conductive and sensorineural hearing loss, guiding treatment decisions such as medical management, hearing aid fitting, or cochlear implant candidacy. It also helps in monitoring progress after rehabilitation, ensuring that interventions truly improve communication outcomes. By focusing on speech—the most important sound in human interaction—this test bridges the gap between technical hearing thresholds and real‑world listening needs. In summary, speech audiometry is more than a diagnostic tool; it is a window into how patients experience communication in daily life. By combining technical precision with practical relevance, it empowers clinicians to design personalized rehabilitation strategies

At Unicare Speech & Hearing Clinic, Vikaspuri, we understand that hearing is more than sound—it is connection, confidence, and quality of life. For individuals with severe to profound hearing loss who may not benefit fully from conventional hearing aids, cochlear implants can open the door to clearer communication and richer experiences. Our consultation service is designed to guide patients and families through every step of this transformative journey. Comprehensive Evaluation Our expert audiologists begin with a detailed assessment of your hearing history, current abilities, and communication needs. Using advanced diagnostic tools, we determine whether a cochlear implant is the right solution for you or your child. This includes audiological testing, speech perception analysis, and medical referrals when needed. Personalized Guidance Choosing a cochlear implant is a significant decision. At Unicare, we provide clear, compassionate explanations of how implants work, what surgery involves, and what outcomes you can expect. We take time to answer questions, address concerns, and ensure families feel confident and informed. Collaboration with Leading Brands As an authorized partner for major hearing technology providers—including Resound, Widex, Starkey, Phonak, and Signia—we ensure that our patients receive authentic, high-quality solutions. Our team stays updated on the latest implant technologies and rehabilitation strategies, so you benefit from cutting-edge care. Post-Consultation Support A cochlear implant journey doesn’t end with surgery—it begins there. We emphasize the importance of post-implant programming, auditory training, and ongoing therapy. Our clinic provides structured rehabilitation plans to help patients adapt, relearn sounds, and thrive in everyday communication. Our Promise At Unicare, cochlear implant consultation is not just about medical advice—it’s about empowerment. We combine technical expertise with compassionate care, helping patients and families make informed choices that restore confidence and connection. Your Path to Hearing Clarity With Unicare Speech & Hearing Clinic, you are never alone in your journey. From the first consultation to long-term rehabilitation, we stand beside you—ensuring that every step brings you closer to the sounds of life.

Aphasia is a language disorder that can occur after stroke, brain injury, or certain neurological conditions, making it difficult to speak, understand, read, or write. Our specialized speech therapy program is designed to help individuals rebuild communication skills and regain confidence in everyday interactions. What We Offer Personalized Assessment: Comprehensive evaluation of language abilities to identify strengths and challenges. Tailored Therapy Plans: Evidence-based interventions customized to each person’s needs, focusing on speaking, listening, reading, and writing. Functional Communication Training: Practical strategies to improve real-life communication—whether ordering food, making phone calls, or engaging in conversations with loved ones. Family & Caregiver Support: Guidance and training to help families communicate effectively and support recovery at home. Use of Modern Tools: Incorporation of visual aids, apps, and assistive technology to enhance therapy outcomes. Our Goal To empower individuals with aphasia to find their voice again, reduce frustration, and reconnect with the people and activities that matter most.

Brainstem Evoked Response Audiometry (BERA) is an advanced, objective test that evaluates how sound signals travel from the ear through the auditory nerve to the brainstem. Unlike routine hearing tests that rely on patient responses, BERA measures the brain’s electrical activity in response to sound stimuli, making it especially valuable for infants, young children, and individuals who cannot reliably participate in conventional hearing assessments. During the test, small electrodes are gently placed on the scalp and behind the ears. The patient listens to a series of clicking sounds or tone bursts delivered through earphones. Each sound generates tiny electrical responses along the auditory pathway, which are recorded and displayed as waveforms. These waveforms represent different points of the auditory system—from the cochlea to the brainstem—and provide precise information about how effectively sound signals are transmitted. BERA is painless, safe, and typically performed while the patient is resting quietly or asleep. For newborns, it is often used as a follow‑up to hearing screening programs, ensuring that any suspected hearing loss is confirmed with objective data. For older children, it helps detect auditory neuropathy, delayed neural conduction, or other retrocochlear disorders. In adults, BERA is useful in diagnosing conditions such as acoustic neuroma, multiple sclerosis, or unexplained hearing difficulties. Clinically, BERA serves multiple purposes: Diagnostic: Identifies the presence, type, and site of hearing loss. Neurological: Detects abnormalities in the auditory nerve or brainstem pathways. Monitoring: Assesses auditory function during surgeries involving the ear or brainstem. Pediatric care: Provides reliable hearing evaluation for babies and children who cannot respond behaviorally. The test results guide crucial decisions, such as early intervention with hearing aids or cochlear implants, medical or surgical treatment, and long‑term rehabilitation strategies. By offering objective, reproducible data, BERA bridges the gap between clinical suspicion and definitive diagnosis. In summary, the BERA test is a cornerstone of modern audiology and neurodiagnostics. It combines advanced technology with patient‑friendly procedures to deliver clear insights into auditory health. Whether used for newborns, children, or adults, BERA ensures that hearing and neurological concerns are identified early, enabling timely and effective care.

At Unicare Speech & Hearing Clinic, Vikaspuri, we understand that hearing aids are more than devices—they are gateways to communication, independence, and joy. When your hearing aid needs repair, you deserve service that is both authentic and trustworthy. Authorized Expertise You Can Rely On Unicare is an authorized seller and service provider for the world’s leading hearing aid brands, including Resound, Widex, Starkey, Phonak, and Signia. This means every repair we perform is backed by genuine parts, certified processes, and manufacturer-approved standards. You can be confident that your device is restored with the same precision and care as when it was first fitted. Comprehensive Repair Services We provide repair solutions for all types of hearing aids—from behind-the-ear (BTE) and receiver-in-canal (RIC) models to custom in-the-ear (ITE) devices. Our services include: Diagnosis of performance issues and technical faults Replacement of damaged microphones, receivers, or circuitry Battery compartment and rechargeable system repairs Software and firmware updates for digital models Cleaning and restoration of blocked tubing, domes, and filters Genuine spare parts replacement for long-term reliability Why Choose Unicare for Repairs? Authenticity: Only genuine components and brand-certified methods are used. Transparency: Clear explanations of issues and repair options before any work begins. Trust: Repairs are performed by experienced audiologists and technicians who specialize in hearing aid care. Convenience: Quick turnaround times so you can get back to hearing life clearly. Our Promise At Unicare, repair is not just about fixing a device—it’s about restoring your connection to the world. We treat every repair with the same care and dedication we give to new fittings, ensuring your hearing aid continues to deliver clarity, comfort, and confidence. Stay Connected with Confidence Whether it’s a minor adjustment or a major repair, Unicare Speech & Hearing Clinic is here to keep your hearing aids performing at their best. With genuine parts, expert hands, and compassionate service, we make sure you never miss the sounds that matter most.

Impedance Audiometry, also known as Tympanometry or Immittance Audiometry, is a highly valuable diagnostic test that evaluates the function of the middle ear system. Unlike pure tone audiometry, which measures hearing sensitivity, impedance audiometry focuses on how well the eardrum and ossicles (tiny bones in the middle ear) respond to changes in air pressure and sound. This makes it an essential tool for detecting conditions that affect middle ear efficiency, such as fluid accumulation, eardrum perforation, ossicular chain abnormalities, or Eustachian tube dysfunction. During the test, a soft probe is gently placed in the ear canal, creating a seal. The probe delivers a tone and varies the air pressure inside the canal. As the pressure changes, the movement of the eardrum is measured and recorded as a tympanogram—a graph that shows how the eardrum responds across different pressure levels. A normal tympanogram indicates healthy middle ear function, while abnormal patterns can reveal specific issues, such as stiffness of the ossicles, fluid behind the eardrum, or a perforated membrane. Impedance audiometry also includes acoustic reflex testing, which measures the involuntary contraction of the middle ear muscles in response to loud sounds. This reflex provides important information about the integrity of the auditory pathway, from the ear to the brainstem. Together, tympanometry and acoustic reflex testing give clinicians a comprehensive picture of middle ear health and auditory function. The test is quick, painless, and suitable for patients of all ages, including infants and children. For pediatric cases, it is particularly useful in identifying “glue ear” (otitis media with effusion), a common cause of hearing difficulties in young children. For adults, it helps differentiate between conductive and sensorineural hearing loss, guiding appropriate medical or surgical interventions. By offering objective, reliable data, impedance audiometry plays a crucial role in early detection, accurate diagnosis, and effective treatment planning. Whether used to confirm middle ear infections, monitor post‑surgical recovery, or assess unexplained hearing difficulties, this test ensures that patients receive the right care at the right time. In combination with other audiological assessments, it empowers specialists to provide a complete understanding of hearing health and to design tailored rehabilitation strategies.

At Unicare Speech and Hearing Clinic, Vikaspuri, the Cochlear Implant Switch-On marks the beginning of a child’s journey into the world of sound. This crucial step is far more than a technical procedure—it is the gateway to hearing, communication, and connection. Our qualified audiologists, trained internationally in advanced cochlear implant protocols, bring with them over 30 years of cumulative experience in guiding families through this transformative moment. Their expertise ensures that every switch-on is conducted with precision, care, and deep understanding of the child’s unique needs. The switch-on session is the most important milestone in the cochlear implant journey. If not carried out correctly, it can have a long-lasting impact on the child’s ability to use the implant effectively and on the development of speech and language skills. At Unicare, we recognize the weight of this responsibility and approach each switch-on with the highest standards of clinical excellence and compassion. By combining technical mastery with family-centered care, Unicare ensures that every child’s first steps into the world of sound are safe, meaningful, and filled with promise.

Tinnitus Retraining Therapy is a widely used approach for managing tinnitus—the perception of ringing, buzzing, or hissing sounds in the absence of an external source. Developed from the neurophysiological model of tinnitus, TRT focuses on changing how the brain interprets and reacts to these sounds. The therapy does not eliminate tinnitus but aims to reduce its intrusiveness, allowing individuals to live without constant distress. Core Components Directive Counseling: Patients learn about the mechanisms of tinnitus, how the auditory system interacts with the brain, and why tinnitus persists. Counseling helps reframe tinnitus as a neutral, non-threatening signal rather than a source of anxiety or frustration. Sound Therapy: Low-level background sounds or specialized devices are used to reduce the contrast between tinnitus and silence. This weakens tinnitus-related neuronal activity and promotes habituation. How TRT Works The therapy gradually trains the brain to filter tinnitus out of conscious perception. By combining education with consistent sound exposure, patients begin to notice tinnitus less frequently and respond to it with reduced emotional intensity. Over time, tinnitus becomes less intrusive, similar to how the brain ignores everyday background noises. Benefits Reduced Distress: Patients often report decreased anxiety, irritability, and sleep disruption. Improved Coping: Counseling provides strategies to manage attention and stress, reducing the cycle of negative reactions. Long-Term Relief: With consistent practice, many individuals reach a point where tinnitus no longer interferes with daily life. Limitations Not a Cure: TRT does not eliminate tinnitus; it changes the way patients perceive and respond to it. Time Commitment: Therapy may take 12–24 months to achieve full habituation. Individual Variation: Effectiveness depends on patient motivation, adherence, and the severity of tinnitus. Applications TRT is particularly helpful for individuals whose tinnitus is accompanied by emotional distress, sleep problems, or difficulty concentrating. It is often integrated into broader audiological care, alongside hearing aids or other interventions. Conclusion Tinnitus Retraining Therapy offers hope and practical relief for those struggling with persistent tinnitus.

The Auditory Steady-State Response (ASSR) is a non-invasive electrophysiological test that measures the brain’s electrical activity in response to rapid, repetitive auditory stimuli. Unlike conventional behavioral hearing tests, which rely on patient cooperation, ASSR provides objective results by recording neural responses through electrodes placed on the scalp. This makes it particularly valuable for populations such as infants, young children, or individuals with developmental or cognitive challenges who cannot reliably indicate what they hear. Key Features of ASSR Objective Measurement: ASSR does not depend on verbal or behavioral responses, ensuring accuracy even in non-cooperative patients. Frequency-Specific Testing: It uses modulated tones to stimulate specific regions of the cochlea, allowing clinicians to estimate hearing thresholds across multiple frequencies simultaneously. Clinical Utility: ASSR is widely used to diagnose and manage hearing loss, guide hearing aid fitting, and support candidacy evaluation for cochlear implants. Adaptability: Different stimulus rates can target various levels of the auditory pathway. For example, high-rate (80 Hz) responses are dominated by brainstem activity and remain reliable even when patients are asleep or sedated. Procedure During the test, electrodes are placed on the patient’s scalp to record brainwave responses while auditory stimuli—typically amplitude- or frequency-modulated tones—are delivered through earphones. The responses are analyzed to determine whether the brain has detected the sound, and at what intensity. This produces an estimated audiogram, mapping hearing thresholds across frequencies. Benefits Accurate Threshold Estimation: Provides detailed information about hearing sensitivity, often comparable to behavioral audiograms. Early Detection: Enables identification of hearing loss in newborns and infants, supporting early intervention. Efficiency: Multiple frequencies can be tested simultaneously, reducing test time compared to other electrophysiological methods. Reliability: Results are unaffected by patient state (sleep, sedation, or attention), making it versatile in clinical practice. Applications Newborn Hearing Screening: Detecting congenital hearing loss early. Pediatric Audiology: Assessing children who cannot cooperate with standard tests Complex Cases: Evaluating individuals with developmental disabilities or neurological conditions.

Vertigo Assessment is a specialized evaluation process designed to investigate the causes of dizziness, imbalance, and the unsettling sensation of spinning or motion when none is present. Because vertigo can arise from multiple systems—most commonly the inner ear (vestibular system), but also neurological, cardiovascular, or psychological factors—a thorough assessment is essential to pinpoint the source and guide effective treatment. Core Components of Vertigo Assessment: Detailed Case History: Gathering information about the onset, frequency, duration, and triggers of dizziness episodes, along with medical history, lifestyle factors, and associated symptoms such as nausea, hearing loss, or headaches. Clinical Examination: Observing eye movements, balance, gait, and coordination to identify patterns that suggest vestibular or neurological involvement. Audiological Tests: Hearing evaluations, including pure-tone audiometry and speech tests, to detect inner ear conditions that may contribute to vertigo. Vestibular Function Tests: Specialized procedures such as Videonystagmography (VNG), Electronystagmography (ENG), or Vestibular Evoked Myogenic Potentials (VEMP) to measure how the inner ear and brain respond to movement and sound. Positional Tests: Maneuvers like the Dix-Hallpike test, which help diagnose Benign Paroxysmal Positional Vertigo (BPPV), one of the most common causes of dizziness. Balance and Posturography Assessments: Evaluating how the body maintains equilibrium under different conditions, often using computerized equipment. Neurological Screening: Identifying signs of central nervous system involvement, such as migraine-related vertigo or other neurological disorders. The assessment is not limited to identifying a single diagnosis—it often reveals whether vertigo is multifactorial, involving both peripheral (ear-related) and central (brain-related) components. By integrating results from history, observation, and testing, clinicians can distinguish between conditions such as BPPV, Ménière’s disease, vestibular neuritis, migraine-associated vertigo, or non-vestibular causes like low blood pressure or anxiety. For patients, the process provides clarity and reassurance. Vertigo can be frightening and disruptive, affecting daily activities, work, and social life. A structured assessment helps explain why symptoms occur and outlines a pathway toward management—whether through repositioning maneuvers, vestibular rehabilitation therapy.

At Unicare Speech and Hearing Clinic, Vikaspuri, we understand the concerns parents feel when their child’s speech and language milestones are delayed. Our Speech Therapy for Delayed Speech Development is designed to provide timely, effective, and compassionate support that helps children catch up and thrive in their communication journey. Our team of internationally trained audiologists and speech-language therapists, with over 30 years of cumulative experience, use modern technology and proven strategies to make therapy engaging and impactful. Each session is carefully tailored to the child’s age, abilities, and developmental needs, ensuring that therapy is both effective and enjoyable. Therapy focuses on: Stimulating speech and language development through play-based and interactive techniques Building vocabulary, sentence formation, and clarity of speech Strengthening listening and comprehension skills Guiding parents with home strategies to reinforce progress Providing transparent and documented progress reports, so families can see milestones clearly and feel reassured that their child is on the right path At Unicare, we believe that early intervention makes all the difference. With the right support, children with delayed speech can develop the skills they need to express themselves confidently and connect meaningfully with the world around them.

The VEMP test (Vestibular Evoked Myogenic Potentials) is a diagnostic tool used to assess the function of the inner ear’s otolith organs (saccule and utricle) and their neural pathways. It helps identify causes of dizziness, vertigo, and balance disorders by recording muscle responses to sound or vibration stimuli. 🧠 What is the VEMP Test? Definition: VEMP stands for Vestibular Evoked Myogenic Potentials. Purpose: Evaluates the integrity of the vestibular system, specifically the saccule, utricle, and vestibular nerve branches. Clinical Use: Commonly used to diagnose conditions like Meniere’s disease, vestibular neuritis, superior canal dehiscence, and other balance disorders. ⚙️ How the Test Works Stimulus: Patients hear clicks or tone bursts through headphones, or feel vibrations applied to the skull. Electrodes: Small sticky patches are placed on muscles (neck or under the eyes). Response: The sound/vibration triggers reflexes in these muscles, which are recorded as electrical signals. Types of VEMP: cVEMP (Cervical VEMP): Recorded from the sternocleidomastoid muscle in the neck; assesses saccule and inferior vestibular nerve. oVEMP (Ocular VEMP): Recorded from the extraocular muscles (beneath the eyes); assesses utricle and superior vestibular nerve. 🎯 Why It’s Important Non-invasive: Safe and relatively quick. Complementary: Adds information beyond traditional vestibular tests (which mainly assess semicircular canal function). Diagnostic Value: Helps pinpoint whether dizziness/imbalance is due to otolith organ dysfunction rather than canal issues. ⚠️ Limitations & Considerations Patient Cooperation: Requires muscle activation (e.g., turning head for cVEMP). Age Factor: Responses may diminish with age. Not Standalone: Usually combined with other vestibular tests for a full picture.