|
| | HB2661 Engrossed | - 2 - | LRB098 09098 RPM 39235 b |
|
|
1 | | leading cause of infant death due to birth defects. |
2 | | (3) Current methods for detecting CHDs generally |
3 | | include prenatal ultrasound screening
and repeated |
4 | | clinical examinations. While prenatal ultrasound |
5 | | screenings can detect some
major congenital heart defects, |
6 | | these screenings, alone, identify less than half of all CHD
|
7 | | cases, and critical CHD cases are often missed during |
8 | | routine clinical exams performed prior
to a newborn's |
9 | | discharge from a birthing facility. |
10 | | (4) Pulse oximetry is a non-invasive test that |
11 | | estimates the percentage of hemoglobin in
blood that is |
12 | | saturated with oxygen. When performed on a newborn within a |
13 | | minimum of 24 hours
after birth, pulse oximetry screening |
14 | | is often more effective at detecting critical, |
15 | | life-threatening
CHDs that otherwise go undetected by |
16 | | current screening methods. Newborns
with abnormal pulse |
17 | | oximetry results require immediate confirmatory testing |
18 | | and
intervention. |
19 | | (5) Many newborn lives could potentially be saved by |
20 | | earlier detection and treatment of
CHDs if birthing |
21 | | facilities in the State were required to perform this |
22 | | simple, non-invasive
newborn screening in conjunction with |
23 | | current CHD screening methods. |
24 | | (b) All birth centers must test every newborn for critical |
25 | | congenital heart defects via a screening test in line with the |
26 | | current standard of care, such as pulse oximetry screening, |
|
| | HB2661 Engrossed | - 3 - | LRB098 09098 RPM 39235 b |
|
|
1 | | according to critical congenital heart defect screening |
2 | | protocols developed by the Department of Public Health in |
3 | | consultation with relevant medical practitioners and |
4 | | stakeholders. |
5 | | (c) Exceptions to mandatory critical congenital heart |
6 | | defect screenings shall be limited to cases in which the |
7 | | parents object to the screening, or as directed by the critical |
8 | | congenital heart defect screening protocol. |
9 | | Section 10. The Hospital Licensing Act is amended by adding |
10 | | Section 17 as follows: |
11 | | (210 ILCS 85/17 new) |
12 | | Sec. 17. Newborn screening; critical congenital heart |
13 | | defects. |
14 | | (a) The General Assembly finds as follows: |
15 | | (1) Congenital heart defects (CHDs) are structural |
16 | | abnormalities of the heart that are
present at birth. CHDs |
17 | | range in severity from simple problems such as holes |
18 | | between
chambers of the heart to severe malformations, such |
19 | | as the complete absence of one or more
chambers or valves. |
20 | | Some critical CHDs can cause severe and life-threatening |
21 | | symptoms
that require intervention within the first days of |
22 | | life. |
23 | | (2) According to the United States Secretary of Health |
24 | | and Human Services' Advisory
Committee on Heritable |
|
| | HB2661 Engrossed | - 4 - | LRB098 09098 RPM 39235 b |
|
|
1 | | Disorders in Newborns and Children, congenital heart |
2 | | disease
affects approximately 7 to 9 of every 1,000 live |
3 | | births in the United States and
Europe. The federal Centers |
4 | | for Disease Control and Prevention states that CHD is the
|
5 | | leading cause of infant death due to birth defects. |
6 | | (3) Current methods for detecting CHDs generally |
7 | | include prenatal ultrasound screening
and repeated |
8 | | clinical examinations. While prenatal ultrasound |
9 | | screenings can detect some
major congenital heart defects, |
10 | | these screenings, alone, identify less than half of all CHD
|
11 | | cases, and critical CHD cases are often missed during |
12 | | routine clinical exams performed prior
to a newborn's |
13 | | discharge from a birthing facility. |
14 | | (4) Pulse oximetry is a non-invasive test that |
15 | | estimates the percentage of hemoglobin in
blood that is |
16 | | saturated with oxygen. When performed on a newborn within a |
17 | | minimum of 24 hours
after birth, pulse oximetry screening |
18 | | is often more effective at detecting critical, |
19 | | life-threatening
CHDs that otherwise go undetected by |
20 | | current screening methods. Newborns
with abnormal pulse |
21 | | oximetry results require immediate confirmatory testing |
22 | | and
intervention. |
23 | | (5) Many newborn lives could potentially be saved by |
24 | | earlier detection and treatment of
CHDs if birthing |
25 | | facilities in the State were required to perform this |
26 | | simple, non-invasive
newborn screening in conjunction with |
|
| | HB2661 Engrossed | - 5 - | LRB098 09098 RPM 39235 b |
|
|
1 | | current CHD screening methods. |
2 | | (b) All birthing hospitals must test every newborn for |
3 | | critical congenital heart defects via a screening test in line |
4 | | with the current standard of care, such as pulse oximetry |
5 | | screening, according to critical congenital heart defect |
6 | | screening protocols developed by the Department of Public |
7 | | Health in consultation with relevant medical practitioners and |
8 | | stakeholders. |
9 | | (c) Exceptions to mandatory critical congenital heart |
10 | | defect screenings shall be limited to cases in which the |
11 | | parents object to the screening, or as directed by the critical |
12 | | congenital heart defect screening protocol.
|