Faith Lin

About

Faith Lin reached the embryology bench from outside clinical medicine. The two posts before NUWA Lab were nutritionist at Cofit Healthcare Inc. and senior research and development specialist in the Medical Research Department of Caliway Biopharmaceuticals Inc. Behind both sits a single academic line: a bachelor’s degree in nutritional science at Fu Jen Catholic University, then a master’s at the School of Nutrition and Health Sciences, Taipei Medical University.

That same Taipei Medical University school appears twice in the training history, once as the degree-awarding unit and once as the site of a research assistant post. Coursework and supervised laboratory work were therefore carried out in one department in one subject, rather than assembled from two neighbouring fields. Continuity of that kind tends to show up later as a way of reading a result — back to the conditions it was obtained under — instead of a list of techniques.

A medical research department inside a biopharmaceutical company spends its working hours on cells and on the terms under which those cells are handled: comparing conditions against controls, writing down what was done before deciding what it meant, and treating an unexpected outcome as evidence about the environment first. An IVF laboratory asks for the same reflexes, with one difference that makes them harder, not easier: the material is the patient’s own gametes and embryos, and there is no spare sample to repeat the run on.

Clinical Expertise

• Embryology: recovering cumulus-oocyte complexes from follicular fluid after the retrieval, removing the surrounding cumulus cells, judging maturity from what is visible microscopically, then following development day by day until a blastocyst can be scored, with inner cell mass and trophectoderm assessed separately.
• IVF laboratory operations: deciding between insemination and microinjection against the state of the semen sample, confirming that fertilization actually occurred the following morning, and keeping the culture sequence unbroken from that check through to transfer or freezing.
• Nutrition and metabolic science: the side of a case that concerns substrate supply and cell metabolism — how body weight, insulin handling and endocrine status surface in ovarian response and in what the laboratory then receives. Both degrees and the nutritionist post are in this field, so laboratory-side questions about metabolic context have someone on the bench who read the subject formally.
• Biotechnology research and development: time inside a company research department, where the work is assay behaviour, reagent performance and condition comparison rather than repeating one fixed protocol at throughput.
• Gamete and embryo cryopreservation: vitrification of eggs or embryos and the survival assessment that follows warming, which is the step that decides whether a freezing plan holds over months or years of storage.
• Laboratory operations and record keeping: oocyte number, maturity, fertilization rate and embryo grade logged for each batch, since those figures are what the treating physician uses to revise the next stimulation protocol.

Why Choose Lin

The nutrition credential sits inside the laboratory team. Metabolic and nutritional state is one of the few patient variables that reaches both ends of a cycle: it alters how an ovary responds to stimulation, and it changes what the embryologist is handed afterwards. Most labs cover this topic through general training alone. Lin holds two degrees in nutritional science plus a professional nutritionist post, which makes the laboratory member on this subject identifiable rather than assumed.

Senior-level R&D, not junior bench time. The Caliway Biopharmaceuticals post was senior specialist in a Medical Research Department, a grade reached after spending enough time in a research setting to be given responsibility for its output. For an embryology lab, the transferable part is method literacy: knowing why a protocol specifies a particular handling window, and what changes when the specification is not met.

One department, three roles. Research assistant and master’s both belong to the School of Nutrition and Health Sciences at Taipei Medical University. The student years, the employed research years and the degree are in the same place, so the training can be read as a single deepening rather than two separate careers joined by a CV.

A habit of explaining conditions. Patients asking what happened to their eggs from the moment of collection until they were back in culture usually get a procedural answer. A background in research documentation pushes the answer further — which medium, which conditions, for how long, checked against what — which is the version of the explanation that actually lets a decision be made.

Professional Affiliations

Degrees: master’s, School of Nutrition and Health Sciences, Taipei Medical University; bachelor’s, Nutritional Science, Fu Jen Catholic University. Positions held: nutritionist at Cofit Healthcare Inc.; senior research and development specialist in the Medical Research Department of Caliway Biopharmaceuticals Inc.; research assistant in the School of Nutrition and Health Sciences at Taipei Medical University. The current appointment is embryologist at NUWA Lab, the laboratory arm of NUWA Fertility Center Taipei.

Suitable For

Metabolic or nutritional factors affecting conception. Polycystic ovary syndrome, unusual body weight and thyroid or glucose issues alter both the stimulation plan and the quality of what reaches the lab. Having a bench colleague whose formal training is in nutrition science means the laboratory half of that conversation has an owner.

Questions about what culture medium is made of. Whether an embryo reaches blastocyst depends on the composition and stability of the environment it is grown in — energy substrate, osmolarity, the balance of what is added and what is withheld. That is a formulation question before it is an equipment question, and it belongs to the same field as the two degrees behind this role.

Egg or embryo cryopreservation. Freezing plans only pay off through warming: survival of the oocyte or embryo afterwards is the number that matters, and it is produced by handling discipline on the bench, not by the storage tank.

Repeated retrievals to accumulate embryos. When ovarian response is low, cycles are stacked until there is enough to work with. Comparing one batch against the next requires the recorded conditions to be complete, because the only way to tell a protocol failure from a handling problem is to have both sets of numbers.

Wanting the laboratory steps explained. Some patients want the process described in order — what is done to the eggs, when, under what conditions, and what was observed. A research-trained embryologist is generally the person in the building who can answer at that level of detail rather than at job-title level.