Needleless Injection Site -Use Characteristics Of Pinless Connector
When medical personnel (HCW) use needles in combination with IV treatment, they may suffer accidental needle stick injuries and may be infected with blood-borne pathogens such as hepatitis B or C virus or human immunodeficiency virus (HIV). In 1992, the United States Occupational Safety and Health Administration (OSHA) recommended that medical institutions use "engineering controls" to help protect HCWs from these pathogens. The use of such controls, including applicable NC systems, has become mandatory under the Acupuncture Safety and Prevention Act of 2001.
The NC we see today comes from the industry's efforts to manufacture OSHA-compliant equipment. They are primarily designed for the safety of medical personnel. Ironically, certain over-the-counter drugs can unexpectedly increase patients' HA-BSI risk. In particular, in many studies, the two most widely used designs, the so-called "positive" and "negative" pressure Luer interface mechanical valves NC, are associated with an increased risk of HA-BSI. Generally speaking, these infection-related problems associated with Luer interface mechanical valves NC are related to their complex design. They have complex inner surfaces-including moving parts in some cases-which are difficult to properly disinfect and rinse. The inner surface may then be contaminated and become the basis for biofilm development and subsequent HA-BSI. Most NCs also require a specific conventional clamping sequence to disconnect, that is, clamp first, then disconnect, then disconnect and then clamp. If the clamping-disconnecting sequence is not performed correctly, the risk of insufficient disinfection and contamination increases the risk of HA-BSI.
The "simple and better" general design principle applies to NC. Simpler NCs are unlikely to be associated with an increased risk of HA-BSI, as HCWs have less chance of incorrectly using them, and fewer opportunities for parts or other design elements to fail to function properly or fail. In addition, the inner and outer surfaces of simpler NCs are easier to completely disinfect and rinse.
Yuhuan Shengjiu Mould Co., Ltd. also provides safe, fast and simple medical needleless connector products for Needleless Injection Site . Welcome to buy: https://www.medicalmould.net/product/
When medical personnel (HCW) use needles in combination with IV treatment, they may suffer accidental needle stick injuries and may be infected with blood-borne pathogens such as hepatitis B or C virus or human immunodeficiency virus (HIV). In 1992, the United States Occupational Safety and Health Administration (OSHA) recommended that medical institutions use "engineering controls" to help protect HCWs from these pathogens. The use of such controls, including applicable NC systems, has become mandatory under the Acupuncture Safety and Prevention Act of 2001.
The NC we see today comes from the industry's efforts to manufacture OSHA-compliant equipment. They are primarily designed for the safety of medical personnel. Ironically, certain over-the-counter drugs can unexpectedly increase patients' HA-BSI risk. In particular, in many studies, the two most widely used designs, the so-called "positive" and "negative" pressure Luer interface mechanical valves NC, are associated with an increased risk of HA-BSI. Generally speaking, these infection-related problems associated with Luer interface mechanical valves NC are related to their complex design. They have complex inner surfaces-including moving parts in some cases-which are difficult to properly disinfect and rinse. The inner surface may then be contaminated and become the basis for biofilm development and subsequent HA-BSI. Most NCs also require a specific conventional clamping sequence to disconnect, that is, clamp first, then disconnect, then disconnect and then clamp. If the clamping-disconnecting sequence is not performed correctly, the risk of insufficient disinfection and contamination increases the risk of HA-BSI.
The "simple and better" general design principle applies to NC. Simpler NCs are unlikely to be associated with an increased risk of HA-BSI, as HCWs have less chance of incorrectly using them, and fewer opportunities for parts or other design elements to fail to function properly or fail. In addition, the inner and outer surfaces of simpler NCs are easier to completely disinfect and rinse.
Yuhuan Shengjiu Mould Co., Ltd. also provides safe, fast and simple medical needleless connector products for Needleless Injection Site . Welcome to buy: https://www.medicalmould.net/product/
Needleless Injection Site -Use Characteristics Of Pinless Connector
When medical personnel (HCW) use needles in combination with IV treatment, they may suffer accidental needle stick injuries and may be infected with blood-borne pathogens such as hepatitis B or C virus or human immunodeficiency virus (HIV). In 1992, the United States Occupational Safety and Health Administration (OSHA) recommended that medical institutions use "engineering controls" to help protect HCWs from these pathogens. The use of such controls, including applicable NC systems, has become mandatory under the Acupuncture Safety and Prevention Act of 2001.
The NC we see today comes from the industry's efforts to manufacture OSHA-compliant equipment. They are primarily designed for the safety of medical personnel. Ironically, certain over-the-counter drugs can unexpectedly increase patients' HA-BSI risk. In particular, in many studies, the two most widely used designs, the so-called "positive" and "negative" pressure Luer interface mechanical valves NC, are associated with an increased risk of HA-BSI. Generally speaking, these infection-related problems associated with Luer interface mechanical valves NC are related to their complex design. They have complex inner surfaces-including moving parts in some cases-which are difficult to properly disinfect and rinse. The inner surface may then be contaminated and become the basis for biofilm development and subsequent HA-BSI. Most NCs also require a specific conventional clamping sequence to disconnect, that is, clamp first, then disconnect, then disconnect and then clamp. If the clamping-disconnecting sequence is not performed correctly, the risk of insufficient disinfection and contamination increases the risk of HA-BSI.
The "simple and better" general design principle applies to NC. Simpler NCs are unlikely to be associated with an increased risk of HA-BSI, as HCWs have less chance of incorrectly using them, and fewer opportunities for parts or other design elements to fail to function properly or fail. In addition, the inner and outer surfaces of simpler NCs are easier to completely disinfect and rinse.
Yuhuan Shengjiu Mould Co., Ltd. also provides safe, fast and simple medical needleless connector products for Needleless Injection Site . Welcome to buy: https://www.medicalmould.net/product/
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