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School of Health Sciences

B.S. in Biochemistry

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The B.S. in Biochemistry major degree program combines aspects of both chemistry and biology into one program. The Biochemistry major prepare students to begin careers in research or  industry or pursue graduate school in biochemistry, biotechnology, medicine, molecular biology, and other related fields.

Students take a wide range of courses, beginning with traditional introductory sciences and continuing with applied coursework in biochemistry, analytical chemistry, genetics and molecular biology.

Program Features

The program features many extracurricular opportunities to give students leadership/team experience and portfolio material. 

  • Students take part in a semester off-campus field experience that provides professional interaction and training in a student's chosen area of career focus within the biological sciences.

  • Graduates of this program will be qualified to obtain an entry-level position as a chemist, biologist, engineer, forensic scientist or for entry into a graduate program.
  • Lasell has partnered with St. George’s University in Grenada (SGU) to offer undergraduate students a direct pathway into medical school. Undergraduate students can apply to SGU’s pathway at any point during their undergraduate career (a provisional acceptance is provided until graduation). 

What You'll Learn

From your first day, you’ll take courses in your major and advance towards graduation with a yearly plan. Not sure what classes to take? We’ll help you create the perfect plan. 

Learning Outcomes

Learning Outcomes are consistent with the mission of Lasell University and reflect the standards of the American Chemical Society.

  • Demonstrate a comprehensive level of knowledge in chemistry and biology.
  • Comprehend and practice strong laboratory skills and an understanding of instrumentation commonly used in industry.
  • Demonstrate techniques used to independently solve challenges in biology and chemistry research and the ability to apply qualitative and quantitative reasoning skills.
  • Apply quantitative and qualitative research methods reasoning skills.

For a complete list of courses and learning outcomes, view the Academic Catalog >>

Accelerated Master's Program

Save time and money — earn your graduate degree in just 1 year with the Accelerated Master's program. Learn more and how to apply >>

Undergraduate alumni return to Lasell for second (or third!) degrees 
Read their stories >>

Career Success in the Biochemistry Industry

Biochemistry major graduates pursue careers as a chemists, biologists, engineers, forensic scientists, or for entry into a graduate program. 

Our students have interned with:

  • Blueprint Medicines
  • Batavia Biosciences
  • Alpha Analytics
  • The Water's Edge Farm
  • Newton-Wellesley Hospital
  • Brigham and Women's Hospital
  • Mt. Auburn Hospital

Our alumni work as:

  • Toxicology Lab Technician
  • Genetics Lab Technician
  • Histology Lab Technician
  • Cytology Lab Technician
  • Pathology Lab Technician
  • Organ Operations Technician
  • Quality Control Technician


Request more information about the Biochemisty Major:


BIO101 - Principles of Biology I (KP)

This is an introductory lecture and laboratory course in biology to develop an appreciation for the patterns and functions that characterize living organisms. Emphasis is placed on cellular biology. Topics include: the chemistry of life, cell structure, and cell metabolism (respiration, photosynthesis, protein synthesis.) Co-requisites: BIO101L.

BIO102 - Principles of Biology II (KP)

This lecture and laboratory course is the second semester of a year-long introductory biology sequence which explores the scientific study of life. Topics include introductions to Darwinian evolution, principles of inheritance, evolution & immunity, and a survey of human body systems & homeostatic mechanisms. The laboratory provides an environment for active learning to support understanding of concepts presented in the course. Prerequisite: BIO101 with a C or better. Corequisite: BIO102L.

BIO209 - Molecular Biology

This lecture and laboratory will present the basic principles of molecular biology. Topics include nucleic acid-protein interactions, the Central Dogma, gene regulation, and genetic evolution. The laboratory experiments are designed to introduce the methodology and research used in molecular biology, including nucleic acid extraction, PCR, Western Blot, and gel electrophoresis. Prerequisite: BIO101 Corequisite: BIO209L

BIO211 - Microbiology

This lecture and laboratory introduces the microbial world and the laboratory techniques required for its study. Topics include the basic characteristics of fungi, algae, bacteria, and viruses. Topics and applications that relate to humans are emphasized. Prerequisite: BIO101. Corequisite: BIO211L

BIO310 - Genetics

This lecture and laboratory will focus on principles related to the inheritance of traits regulated by genes. The chemical and physical nature of chromosomes and genes and gene expression and regulation will be covered. Systems in prokaryotic and eukaryotic organisms exemplifying Mendelian and modern molecular genetic principles will be discussed. Prerequisite: BIO101. Corequisite: BIO310L

BIO430 - Health Science Capstone

The capstone course prepares students to engage in research at the graduate level and to create an opportunity for students to apply various concepts and theories attained throughout the curriculum. The content of this course focuses on opportunities for undergraduate research. Students will develop an original research question, with focus on methodology, data collection and statistical analysis. Prerequisite: BIO 340 with a C or better.

CHEM203 - General Chemistry I (KP)

The course begins with a study of measurement and matter. An introduction to atomic theory follows. Mass relationships in chemical reactions are introduced, followed by the study of chemical reactions in aqueous solutions. The gas laws are then covered, followed by an introduction to thermodynamics. Concepts of chemical bonding are studied along with periodic relationships among the elements. Quantum theory is used to explain the electronic structure of atoms. Laboratory experiments complement the material covered in lecture. The laboratory experiments are designed to introduce methods, materials, and equipment of chemistry as well as to illustrate important chemical principles. Prerequisite: MATH203 or higher. Corequisite: CHEM203L and CHEM203R.

CHEM204 - General Chemistry II

This second half of this two-semester sequence explores areas of solution chemistry, acid/base chemistry, chemical kinetics and physical chemistry, nuclear, and organic chemistry. Physical properties of solutions are explained including vapor pressure lowering, boiling point elevation, freezing point depression and osmotic pressure. The effects of chemical kinetics on reactions are covered. Chemical equilibrium, acid and base equilibrium, and solubility equilibrium are introduced. Laboratory experiments complement the material covered in lecture. The laboratory experiments are designed to introduce methods, materials, and equipment of chemistry as well as to illustrate important chemical principles. Prerequisite: MATH106 with a grade of C or better & CHEM203. Corequisite: CHEM204L and CHEM204R.

CHEM301 - Biochemistry

This course is an in-depth study of biochemical substances and their reaction in the body with major emphasis placed on metabolism at the cellular level and examined in the tissues of the various organs where these reactions occur. Correlation of biochemical processes underlying pathologic conditions are made whenever practical. Prerequisite: CHEM 204

CHEM303 - Organic Chemistry

This course is focused on the structure and chemistry of organic compounds. Topics include thermodynamics, resonance, reaction mechanisms of organic functional groups and stereochemistry. The course meets for three hours of lecture and three hours of laboratory each week. Prerequisite: C- or better in CHEM204. Corequisite CHEM303L

CHEM304 - Organic Chemistry II

The second half of a two-semester sequence. Topics include synthetic applications of organic reactions, delocalization and aromaticity. Principles and application of instrumental methods for organic structure determination will be studied in the laboratory. Prerequisite: C- or better in CHEM303. Corequisite CHEM304L

CHEM305 - Analytical Chemistry

This course introduces students to the principles and practices of analytical chemistry. Analytical chemistry is intended for the separation, identification, and quantification of matter. Topics include development of a quantitative understanding of acid-base titrations, optical spectroscopy, electrochemistry, and statistics. Pre-requisite: CHEM 204 (S, alternate years)

CHEM405 - Physical Chemistry

This course introduces students to the application of physics to chemistry. Physical chemistry explains, through the use of mathematics, why and how chemical reactions occur and explain how new chemical reactions may be created for research purposes. Topics include the laws of thermodynamics, equilibrium and kinetics of chemical changes, and statistical thermodynamics. Pre-requisites: CHEM204 and PHYS112 (F, alternate years)

Field Experience - CHEM407

This is a hand-on experience in a science work or research setting that offers students an opportunity to apply concepts, theories, and practices learned in the classroom in a supervised setting. Students must successfully complete a minimum of 150 hours of field experience in addition to course assignments. Prerequisite: Permission of Program Chair. Requirement for Biochemistry Majors

MATH203 - Precalculus

This course prepares students for the study of calculus, physics and other courses requiring precalculus skills. Included is solving systems of equations, the analysis and graphing of linear, quadratic, polynomial, exponential, logarithmic, rational functions, the unit circle, and triangle (right and non-right) trigonometry. Prerequisite: MATH 106 with a grade of C or better or demonstrated competency through placement testing. Restrictions: not open to students who have completed 205, 206, or any 300 level mathematics course successfully.

MATH205 - Calculus I

This course is an introduction to limits, continuity, and methods of differentiation. Application to problems in business management and physical science is emphasized. Prerequisite: MATH 203 with a grade of C or better or demonstrated competency through placement testing. Restrictions: not open to students who have completed MATH 206, or any 300 level mathematics courses.

MATH206 - Calculus II

This is a continuation of Calculus I. Includes graphical and analytic integration, partial differentiation, and solving differential equations. Applications include business, biological sciences, and physical sciences. Prerequisite: MATH 205 with a grade of C or better or demonstrated competency through placement testing. Restrictions: not open to students who have completed MATH 320, MATH 328, or MATH 330.

MATH208 - Statistics

This is an introductory course in descriptive and inferential statistics. Topics include: data analysis, and graphical methods of describing data, measures of central tendency and variability, probability, the normal distribution, sampling distributions, confidence intervals, hypothesis testing, correlation, and regression analysis. Prerequisites: MATH 106 with a grade of C or better or demonstrated competency through placement testing and ENG 102.

PHYS111 - General Physics I (KP)

This is the first semester of a one-year course that surveys the field of physics at a non-calcu­lus level. Topics include motion in one and two dimensions, force, uniform circular motion, work and energy, and statics of rigid bodies. The laws of thermodynamics are introduced. Laboratory experiments are conducted to complement the material covered in lecture. Prerequisite: MATH 203 or equivalent with a grade of C or better. Corequisite: PHYS111L, PHYS111R.

PHYS112 - General Physics II (KP)

This is a continuation of PHYS111. Topics include waves motion, electric potential, electric current, resistance, capacitance, and magnetism. Geometrical and wave optics are introduced. Atomic and quantum theory are also included. Laboratory experiments are conducted to com­plement the material covered in lecture. Prerequisite: PHYS 111 with a C or better. Corequisite: PHYS112L, PHYS112R.