Biochemistry, Biophysics, and Molecular Biology at University of Missouri - Saint Louis
MO · Bachelor's Degree · CIP 26.02
Executive Summary
Graduates with a Biochemistry, Biophysics, and Molecular Biology degree from University of Missouri - Saint Louis earn a median salary of $66,924 within five years of graduation. Adjusted for the cost of living in MO, this represents a national purchasing power equivalent of $75,027. The degree typically pays for itself in 7.3 years.
Quick Insights
How this degree looks at a glance
A fast read on salary range, break-even speed, living-cost impact, and where bachelor's graduates from this school usually land.
Salary Ranges
Starting Range
$49,992
Typical Career
$66,924
Top Performers
$81,985
Estimated break-even: 7.3 years.
Debt-to-Income Check
$446
Estimated comfortable monthly loan payment
Typical monthly pay is approximately $5,577. Most students can comfortably afford about a $446 monthly loan payment with this degree.
Comparison Bench
This degree earns 1.7x more than the average US high school graduate and 0.9x more than the average college graduate.
Purchasing Power Context
A dollar in Missouri buys what costs $0.89 nationally.
Industry Breadcrumbs
Top industries for bachelor's graduates from this school: Health Care & Social Assistance, Educational Services, Professional, Scientific & Technical Services.
Where Bachelor's Graduates from This School Work
Institution-wide industry mix for bachelor's graduates, 5 years after graduation. This is not major-specific. Source: Census PSEO Flows.
5-Year Median Salary — National Purchasing Power Equivalent
$75,027
Nominal: $66,924 in Missouri (COL 89.2% of national avg) · 12.1% higher purchasing power
10-Year Earnings Curve
Break-Even Timeline
How long until cumulative earnings advantage exceeds total college investment (tuition + opportunity cost vs. entering workforce directly after high school).
Total Investment
$155,168
4yr tuition + 4yr opportunity cost
HS Graduate Baseline
$38,792/yr
BLS 2023 median, HS diploma
View Raw Data: Median Earnings by Year
| Timeframe | 25th Pct. | Median (50th) | 75th Pct. |
|---|---|---|---|
| 1 Year After Graduation | $30,893 | $41,818 | $56,235 |
| 5 Years After Graduation | $49,992 | $66,924 | $81,985 |
| 10 Years After Graduation | $66,418 | $82,210 | $110,004 |
Source: US Census Bureau Post-Secondary Employment Outcomes (PSEO), 2025 release. Earnings shown for Bachelor's degree graduates (all cohorts combined).
How We Calculate Purchasing Power
The median salary of $66,924 is reported by the US Census Bureau's Post-Secondary Employment Outcomes (PSEO) dataset for graduates working in MO, which has a cost-of-living index of 89.2% of the national average.
Formula: Adjusted Salary = Nominal × (1.0 ÷ COL Index)
= $66,924 × (1.0 ÷ 0.8920)
= $75,027 National Average equivalent.
COL index source: BLS Regional Consumer Price Index & MIT Living Wage Project, 2023. Full methodology →
Career Verdict
The top industries for graduates include Health Care & Social Assistance (20.9%), Educational Services (14.3%), and Professional, Scientific & Technical Services (9.7%). This distribution suggests a strong alignment with sectors that value the analytical and research skills developed during their studies. The estimated break-even point for graduates compared to those with only a high school diploma is approximately 7.3 years, indicating a reasonable return on investment for pursuing a degree in this field. Overall, the potential for stable employment and growth in earnings supports a positive outlook for students considering this academic path.
AI-assisted editorial analysis based on Census PSEO data. Fact-checked against source data.
Compare with Another School
See how the Biochemistry, Biophysics, and Molecular Biology degree at University of Missouri - Saint Louis stacks up against another institution side-by-side.
Data sources: US Census Bureau Post-Secondary Employment Outcomes (PSEO). Cost-of-living index: BLS Regional CPI & MIT Living Wage Project. Cost of attendance: IPEDS. For informational use only; data may be suppressed for small cohort sizes.