Sweat gland tumors are unified by the presence of ductal or glandular differentiation recapitulating various different parts of
eccrine and apocrine glands and ducts.
Eccrine porocarcinoma is a rare and aggressive malignant skin adnexal tumor with particular diagnostic challenges.
When your body heats up,
eccrine glands release sweat that cools your body.
According to Gavi Begtrup, Ph.D., Chief Executive Officer of
Eccrine, Reducing
Eccrine's EAB sensor system to a convenient, cost-effective, wearable format requires transducing small currents in a noisy environment with low power consumption and high fidelity, all of which are Maxim's strengths.
NEH is an uncommon disease described as an infiltration of neutrophils in and around the
eccrine gland.
Occasionally, the tumor cells are arranged in nests or duct-like structures, giving the appearance of
eccrine or apocrine sweat glands.
Next, in frequency was nodular hidradenoma (10.63%) which belongs to
eccrine group of appendageal tumors.
In humans,
eccrine sweat glands play important roles in regulating body temperature.[1],[2] Secretory coils and ducts are two components of
eccrine sweat glands and have different structures and functions.[1]
Eccrine sweat glands are innervated mainly by terminal nerve fibers, which are expressed at low levels.[1],[3] Therefore, it is difficult to detect these peripheral nerve fibers by standard histochemical techniques, and signal amplification is required.[1],[4] The tyramide signal amplification (TSA) system is a technique used to amplify weak signals and can be easily integrated into standard immunofluorescence (IF) protocols.[3],[5],[6],[7],[8] In this study, we combine standard IF with TSA to characterize weakly expressed nerve fiber antigens.
Hidradenoma is a rare benign adnexal neoplasm that differentiates towards
eccrine and apocrine apparatus.1 It is also known as nodular hidradenoma, nodulocystic hidradenoma and acrospiroma.
(1,2,5) Moreover MNH, like other skin tumours with
eccrine differentiation, may express positive immunohistochemical staining for oestrogen and progesterone receptors.
Nodular hidradenoma, also known as clear cell hidradenoma or acrospiroma is a benign rare skin tumour arising from the
eccrine type of sweat glands.1,2 They can arise anywhere in the body but usually involve the trunk, extremities and head.2,3 It usually presents as a slow growing, solitary palpable nodule.
We are very pleased to receive this award, said George Raihala, Defense & Security Programs Director at
Eccrine Systems, It acknowledges the successful results we attained during the SBIR Phase I project and will accelerate development and commercialization of non-invasive wearable devices that will monitor cognitive status while warfighters are operating under thermally stressful conditions.
