Can pernicious anemia affect the ability to recognize familiar faces?

Allergies to cobalt-based accessories are not typically linked to pernicious anemia, which primarily results from B12 deficiency due to intrinsic factor issues.

Yes, pernicious anemia can affect sleep patterns and quality due to its neurological effects, potentially leading to insomnia or disrupted sleep.

Allergies to cobalt-based electronic devices are not typically associated with pernicious anemia, which primarily arises from B12 deficiency due to intrinsic factor issues.

Yes, pernicious anemia can affect the ability to perform fine motor tasks due to its neurological effects, potentially leading to coordination problems and clumsiness.

Allergies to cobalt-based medical devices are not typically linked to pernicious anemia, which primarily results from B12 deficiency due to intrinsic factor issues.

Allergies to cobalt-based dental materials are not typically associated with pernicious anemia, which primarily arises from B12 deficiency due to intrinsic factor issues.

Yes, pernicious anemia can affect the sense of touch and tactile perception due to its neurological effects, potentially leading to altered sensations and numbness.

Allergies to cobalt-based body jewelry are not typically linked to pernicious anemia, which primarily results from B12 deficiency due to intrinsic factor issues.

Yes, pernicious anemia can affect the ability to concentrate and process information due to its neurological effects, potentially leading to cognitive impairments.

Allergies to cobalt-based orthodontic appliances are not typically associated with pernicious anemia, which primarily arises from B12 deficiency due to intrinsic factor issues.

Yes, pernicious anemia can affect mood and emotional well-being due to its neurological effects, potentially leading to mood swings, irritability, and depression.

Allergies to cobalt-based prosthetics are not typically linked to pernicious anemia, which primarily results from B12 deficiency due to intrinsic factor issues.

Yes, pernicious anemia can affect the ability to focus and maintain attention due to its neurological effects, potentially leading to cognitive difficulties.

Allergies to cobalt-based hair dyes are not typically associated with pernicious anemia, which primarily arises from B12 deficiency due to intrinsic factor issues.

Severe B12 deficiency and neurological effects of pernicious anemia can impact bladder and bowel control, potentially leading to incontinence.

Allergies to cobalt-based cosmetics are not typically linked to pernicious anemia, which primarily results from B12 deficiency due to intrinsic factor issues.

Severe B12 deficiency and neurological effects of pernicious anemia can impact speech and articulation, potentially leading to speech difficulties.

Allergies to cobalt-based eyeglass frames are not typically associated with pernicious anemia, which primarily arises from B12 deficiency due to intrinsic factor issues.

Yes, pernicious anemia can affect the sense of taste and flavor perception due to its neurological effects, potentially leading to taste changes.

Allergies to cobalt-based clothing fasteners are not typically linked to pernicious anemia, which primarily results from B12 deficiency due to intrinsic factor issues.

Yes, pernicious anemia can impact the sense of smell due to its neurological effects, potentially leading to anosmia (loss of smell).

Allergies to cobalt-based piercings are not typically associated with pernicious anemia, which primarily arises from B12 deficiency due to intrinsic factor issues.

Severe B12 deficiency and neurological effects of pernicious anemia can impact the ability to swallow and may lead to dysphagia (difficulty swallowing).

Allergies to cobalt-based electronics are not typically linked to pernicious anemia, which primarily results from B12 deficiency due to intrinsic factor issues.

Severe B12 deficiency can affect the auditory system, potentially leading to hearing problems and tinnitus (ringing in the ears).